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petable.sh
executable file
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petable.sh
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#!/bin/bash
#This script is used to tell the details of elements when atomic number of that element is given as input
if [ $# -ne 0 ]
then
echo -e "\e[1;31m !!Synatx Error!!\e[0m \n see the \e[1;34m Syntax: ./ptable.sh\e[0m"
exit 1
fi
echo -e "\e[1;30m ----\e[0m"" ""\e[1;35m ----\e[0m"
echo -e "\e[1;30m|1 |\e[0m"" ""\e[1;35m|2 |\e[0m"
echo -e "\e[1;30m|H |\e[0m"" ""\e[1;35m|He |\e[0m"
echo -e "\e[1;30m ----\e[0m""\e[1;36m ----\e[0m"" ""\e[1;31m ----\e[0m""\e[1;34m ---- ---- ---- ----\e[0m""\e[1;35m ----\e[0m"
echo -e "\e[1;30m|3 |\e[0m""\e[1;36m|4 |\e[0m"" ""\e[1;31m|5 |\e[0m""\e[1;34m|6 |\e[0m""\e[1;34m|7 ||8 ||9 |\e[0m""\e[1;35m|10 |\e[0m"
echo -e "\e[1;30m|Li |\e[0m""\e[1;36m|Be |\e[0m"" ""\e[1;31m|B |\e[0m""\e[1;34m|C ||N ||O ||F |\e[0m""\e[1;35m|Ne |\e[0m"
echo -e "\e[1;30m ----\e[0m""\e[1;36m ----\e[0m"" ""\e[1;31m ----\e[0m""\e[1;32m ----\e[0m""\e[1;34m ---- ---- ----\e[0m""\e[1;35m ----\e[0m"
echo -e "\e[1;30m|11 |\e[0m""\e[1;36m|12 |\e[0m"" ""\e[1;31m|13 |\e[0m""\e[1;32m|14 |\e[0m""\e[1;34m|15 ||16 ||17 |\e[0m""\e[1;35m|18 |\e[0m"
echo -e "\e[1;30m|Na |\e[0m""\e[1;36m|Mg |\e[0m"" ""\e[1;31m|Al |\e[0m""\e[1;32m|Si |\e[0m""\e[1;34m|P ||S ||Cl |\e[0m""\e[1;35m|Ar |\e[0m"
echo -e "\e[1;30m ----\e[0m""\e[1;36m ----\e[0m""\e[1;33m ---- ---- ---- ---- ---- ---- ---- ---- ---- ----\e[0m""\e[1;31m ----\e[0m""\e[1;32m ---- ----\e[0m""\e[1;34m ---- ----\e[0m""\e[1;35m ----\e[0m"
echo -e "\e[1;30m|19 |\e[0m""\e[1;36m|20 |\e[0m""\e[1;33m|21 ||22 ||23 ||24 ||25 ||26 ||27 ||28 ||29 ||30 |\e[0m""\e[1;31m|31 |\e[0m""\e[1;32m|32 ||33 |\e[0m""\e[1;34m|34 ||35 |\e[0m""\e[1;35m|36 |\e[0m"
echo -e "\e[1;30m|K |\e[0m""\e[1;36m|Ca |\e[0m""\e[1;33m|Sc ||Ti ||V ||Cr ||Mn ||Fe ||Ni ||Co ||Cu ||Zn |\e[0m""\e[1;31m|Ga |\e[0m""\e[1;32m|Ge ||As |\e[0m""\e[1;34m|Se ||Br |\e[0m""\e[1;35m|Kr |\e[0m"
echo -e "\e[1;30m ----\e[0m""\e[1;36m ----\e[0m""\e[1;33m ---- ---- ---- ---- ---- ---- ---- ---- ---- ----\e[0m""\e[1;31m ----\e[0m""\e[1;32m ---- ----\e[0m""\e[1;34m ---- ----\e[0m""\e[1;35m ----\e[0m"
echo -e "\e[1;30m|37 |\e[0m""\e[1;36m|38 |\e[0m""\e[1;33m|39 ||40 ||41 ||42 ||43 ||44 ||45 ||46 ||47 ||48 |\e[0m""\e[1;31m|49 ||50 |\e[0m""\e[1;32m|51 ||52 |\e[0m""\e[1;34m|53 |\e[0m""\e[1;35m|54 |\e[0m"
echo -e "\e[1;30m|Rb |\e[0m""\e[1;36m|Sr |\e[0m""\e[1;33m|Y ||Zr ||Nb ||Mo ||Tc ||Ru ||Rh ||Pd ||Ag ||Cd |\e[0m""\e[1;31m|In ||Sn |\e[0m""\e[1;32m|Sb ||Te |\e[0m""\e[1;34m|I |\e[0m""\e[1;35m|Xe |\e[0m"
echo -e "\e[1;30m ----\e[0m""\e[1;36m ----\e[0m""\e[1;33m ---- ---- ---- ---- ---- ---- ---- ---- ---- ----\e[0m""\e[1;31m ---- ----\e[0m""\e[1;32m ---- ----\e[0m""\e[1;34m ----\e[0m""\e[1;35m ----\e[0m"
echo -e "\e[1;30m|55 |\e[0m""\e[1;36m|56 |\e[0m""\e[1;33m |72 ||73 ||74 ||75 ||76 ||77 ||78 ||79 ||80 |\e[0m""\e[1;31m|81 ||82 ||83 ||84 |\e[0m""\e[1;32m|85 |\e[0m""\e[1;35m|86 |\e[0m"
echo -e "\e[1;30m|Cs |\e[0m""\e[1;36m|Ba |\e[0m""\e[1;33m |Hf ||Ta ||W ||Re ||Os ||Ir ||Pt ||Au ||Hg |\e[0m""\e[1;31m|Tl ||Pb ||Bi ||Po |\e[0m""\e[1;32m|At |\e[0m""\e[1;35m|Rn |\e[0m"
echo -e "\e[1;30m ----\e[0m""\e[1;36m ----\e[0m""\e[1;33m ---- ---- ---- ---- ---- ---- ---- ---- ----\e[0m""\e[1;31m ---- ---- ---- ----\e[0m""\e[1;32m ----\e[0m""\e[1;35m ----\e[0m"
echo -e "\e[1;30m|87 |\e[0m""\e[1;36m|88 |\e[0m""\e[1;33m |104 ||105 ||106 ||107 ||108 |\e[0m""|109 ||110 ||111 |""\e[1;33m|112 |\e[0m""|113 |""\e[1;31m|114 |\e[0m""|115 ||116 ||117 ||118 |"
echo -e "\e[1;30m|Fr |\e[0m""\e[1;36m|Ra |\e[0m""\e[1;33m |Rf ||Db ||Sg ||Bh ||Hs |\e[0m""|Mt ||Ds ||Rg |""\e[1;33m|Cn |\e[0m""|Nh |""\e[1;31m|Fl |\e[0m""|Mc ||Lv ||Ts ||Og |"
echo -e "\e[1;30m ----\e[0m""\e[1;36m ----\e[0m""\e[1;33m ---- ---- ---- ---- ----\e[0m"" ---- ---- ---- ""\e[1;33m ----\e[0m"" ---- ""\e[1;31m ----\e[0m"" ---- ---- ---- ----"
echo -e ""
echo -e ""
echo -e " \033[38;5;208m ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----\033[m"
echo -e " \033[38;5;208m|57 ||58 ||59 ||60 ||61 ||62 ||63 ||64 ||65 ||66 ||67 ||68 ||69 ||70 ||71 |\033[m"
echo -e " \033[38;5;208m|La ||Ce ||Pr ||Nd ||Pm ||Sm ||Eu ||Gd ||Tb ||Dy ||Ho ||Er ||Tm ||Yb ||Lu |\033[m"
echo -e " \033[38;5;208m ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----\033[m"
echo -e " \033[38;5;215m|89 ||90 ||91 ||92 ||93 ||94 ||95 ||96 ||97 ||98 ||99 ||100 ||101 ||102 ||103 |\033[m"
echo -e " \033[38;5;215m|Ac ||Th ||Pa ||U ||Np ||Pu ||Am ||Cm ||Bk ||Cf ||Es ||Fm ||Md ||No ||Lr |\033[m"
echo -e " \033[38;5;215m ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----\033[m"
read -p "Select an atomic number: " a ; clear
case $a
in
1)echo -e "\e[0;31m Name: Hydrogen \n Atomic Weight: 1.0079 \n Atomic number: 1 \n Latin name: No latin name \n State: Gas \n Class: Non-metal \n Block name: S-block element \n Group number:1 or IA \n Period number: 1 \n Symbol: \n $(figlet -c H)\e[0m";;
2)echo -e "\e[0;32m Name: Helium \n Atomic Weight: 4.00 \n Atomic number: 2 \n Latin name: no latin name \n State: Gas \n Class: Nobel gas \n Block name: P-block element \n Group number: 18 or VIIIB \n Period number: 1 \n Symbol: \n $(figlet -c He)\e[0m";;
3)echo -e "\e[0;33m Name: Lithium \n Atomic Weight: 6.94 \n Atomic number: 3 \n Latin name: no latin name \n State: Solid \n Class: Alkali metals \n Block name: S-block element \n Group number: 1 or IA \n Period number: 2 \n Symbol: \n $(figlet -c Li)\e[0m";;
4)echo -e "\e[0;34m Name: Beryllium \n Atomic Weight: 9.01 \n Atomic number: 4 \n Latin name: no latin name \n State: Solid \n Class: Alkaline earth metals \n Block name: S-block element \n Group number: 2 or IIA \n Period number: 2 \n Symbol: \n $(figlet -c Be)\e[0m";;
5)echo -e "\e[0;35m Name: Boron \n Atomic Weight: 10.81 \n Atomic number: 5 \n Latin name: no latin name \n State: Solid \n Class: Metalliod \n Block name: P-block element \n Group number: 13 or IIIA \n Period number: 2 \n Symbol: \n $(figlet -c B)\e[0m";;
6)echo -e "\e[0;36m Name: Carbon \n Atomic Weight: 12.01 \n Atomic number: C \n Latin name: no latin name \n State: Solid \n Class: Non-metal \n Block name: P-block element \n Group number: 14 or IVA \n Period number: 2 \n Symbol: \n $(figlet -c C)\e[0m";;
7)echo -e "\e[1;30m Name: Nitrogen \n Atomic Weight: 14.0067 \n Atomic number: 7 \n Latin name: no latin name \n State: Gas \n Class: Non-metal \n Block name: P-block element \n Group number: 15 or VA \n Period number: 2 \n Symbol: \n $(figlet -c N)\e[0m";;
8)echo -e "\e[1;31m Name: Oxygen \n Atomic Weight: 16.00 \n Atomic number: 8 \n Latin name: no latin name \n State: Gas \n Class: Non-metal \n Block name: P-block element \n Group number: 16 or VIA \n Period number: 2 \n Symbol: \n $(figlet -c O)\e[0m";;
9)echo -e "\e[1;32m Name: Fluorine \n Atomic Weight: 19.00 \n Atomic number: 9 \n Latin name: no latin name \n State: Gas \n Class: Non-metal \n Block name: P-block element \n Group number: 17 or VIIA \n Period number: 2 \n Symbol: \n $(figlet -c F)\e[0m";;
10)echo -e "\e[1;36m Name: Neon \n Atomic Weight: 20.18 \n Atomic number: 10 \n Latin name: no latin name \n State: Gas \n Class: Nobel gas \n Block name: P-block element \n Group number: 18 or VIIIA \n Period number: 2 \n Symbol: \n $(figlet -c Ne)\e[0m";;
11)echo -e "\e[0;31m Name: Sodium \n Atomic Weight: 22.99 \n Atomic number: 11 \n Latin name: Natrium \n State: Solid \n Class: Alkali metals \n Block name: S-block element \n Group number: 1 or IA \n Period number: 3 \n Symbol: \n $(figlet -c Na)\e[0m";;
12)echo -e "\e[0;32m Name: Magnesium \n Atomic Weight: 24.31 \n Atomic number: 12 \n Latin name: no latin name \n State: Solid \n Class: Alkaline earth metals \n Block name: S-block element \n Group number: 2 or IIA \n Period number: 3 \n Symbol: \n $(figlet -c Mg)\e[0m";;
13)echo -e "\e[0;33m Name: Aluminium \n Atomic Weight: 26.98 \n Atomic number: 13 \n Latin name: no latin name \n State: Solid \n Class: Post-transition metal \n Block name: P-block element \n Group number: 13 or IIIA \n Period number: 3 \n Symbol: \n $(figlet -c Al)\e[0m";;
14)echo -e "\e[0;34m Name: Silicon \n Atomic Weight: 28.08 \n Atomic number: 14 \n Latin name: no latin name \n State: Solid \n Class: Metalliod \n Block name: P-block element \n Group number: 14 or IVA \n Period number: 3 \n Symbol: \n $(figlet -c Si)\e[0m";;
15)echo -e "\e[0;35m Name: Phosphorus \n Atomic Weight: 30.97 \n Atomic number: 15 \n Latin name: no latin name \n State: Solid \n Class: Non-metal \n Block name: P-block element \n Group number: 15 or VA \n Period number: 3 \n Symbol: \n $(figlet -c P)\e[0m";;
16)echo -e "\e[0;36m Name: Sulphur \n Atomic Weight: 32.06 \n Atomic number: 16 \n Latin name: no latin name \n State: Solid \n Class: Non-metal \n Block name: P-block element \n Group number: 16 or VIA \n Period number: 3 \n Symbol: \n $(figlet -c S)\e[0m";;
17)echo -e "\e[1;30m Name: Chlorine \n Atomic Weight: 35.45 \n Atomic number: 17 \n Latin name: no latin name \n State: Gas \n Class: Non-metal \n Block name: P-block element \n Group number: 17 or VIIA \n Period number: 3 \n Symbol: \n $(figlet -c Cl)\e[0m";;
18)echo -e "\e[1;31m Name: Argon \n Atomic Weight: 39.95 \n Atomic number: 18 \n Latin name: no latin name \n State: Gas \n Class: Nobel gas \n Block name: P-block element \n Group number: 18 or VIIIA \n Period number: 3 \n Symbol: \n $(figlet -c Ar)\e[0m";;
19)echo -e "\e[1;32m Name: Potassium \n Atomic Weight: 39.10 \n Atomic number: 19 \n Latin name: kalium \n State: Solid \n Class: Alkali metals \n Block name: S-block element \n Group number: 1 or IA \n Period number: 4 \n Symbol: \n $(figlet -c K)\e[0m";;
20)echo -e "\e[1;36m Name: Calcium \n Atomic Weight: 40.08 \n Atomic number: 20 \n Latin name: no latin name \n State: Solid \n Class: Alkaline earth metals \n Block name: S-block element \n Group number: 2 or IIA \n Period number: 4 \n Symbol: \n $(figlet -c Ca)\e[0m";;
21)echo -e "\e[0;31m Name: Scandium \n Atomic Weight: 44.96 \n Atomic number: 21 \n Latin name: no latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 3 or IIIB \n Period number: 4 \n Symbol: \n $(figlet -c Sc)\e[0m";;
22)echo -e "\e[0;32m Name: Titanium \n Atomic Weight: 47.88 \n Atomic number: 22 \n Latin name: no latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 4 or IVB \n Period number: 4 \n Symbol: \n $(figlet -c Ti)\e[0m";;
23)echo -e "\e[0;33m Name: Vanadium \n Atomic Weight: 50.94 \n Atomic number: 23 \n Latin name: no latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 5 or VB \n Period number: 4 \n Symbol: \n $(figlet -c V)\e[0m";;
24)echo -e "\e[0;34m Name: Chromium \n Atomic Weight: 52.00 \n Atomic number: 24 \n Latin name: no latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 6 or VIB \n Period number: 4 \n Symbol: \n $(figlet -c Cr)\e[0m";;
25)echo -e "\e[0;35m Name: Manganese \n Atomic Weight: 54.94 \n Atomic number: 25 \n Latin name: no latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 7 or VIIB \n Period number: 4 \n Symbol: \n $(figlet -c Mn)\e[0m";;
26)echo -e "\e[0;36m Name: Iron \n Atomic Weight: 55.85 \n Atomic number: 26 \n Latin name: Ferrum \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 8 or VIIIB \n Period number: 4 \n Symbol: \n $(figlet -c Fe)\e[0m";;
27)echo -e "\e[1;30m Name: Cobalt \n Atomic Weight: 58.93 \n Atomic number: 27 \n Latin name: no latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 9 or VIIIB \n Period number: 4 \n Symbol: \n $(figlet -c Co)\e[0m";;
28)echo -e "\e[1;31m Name: Nickel \n Atomic Weight: 58.71 \n Atomic number: 28 \n Latin name: no latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 10 or VIIIB \n Period number: 4 \n Symbol: \n $(figlet -c Ni)\e[0m";;
29)echo -e "\e[1;32m Name: Copper \n Atomic Weight: 63.54 \n Atomic number: 29 \n Latin name: cuprum \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 11 or IB \n Period number: 4 \n Symbol: \n $(figlet -c Cu)\e[0m";;
30)echo -e "\e[1;36m Name: Zinc \n Atomic Weight: 65.37 \n Atomic number: 30 \n Latin name: no latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 12 or IIB \n Period number: 4 \n Symbol: \n $(figlet -c Zn)\e[0m";;
31)echo -e "\e[0;31m Name: Gallium \n Atomic Weight: 69.72 \n Atomic number: 31 \n Latin name: No latin name \n State: Solid \n Class: Post-transition metal \n Block name: P-block element \n Group number: 13 or IIIA \n Period number: 4 \n Symbol: \n $(figlet -c Ga)\e[0m";;
32)echo -e "\e[0;32m Name: Germanium \n Atomic Weight: 72.63 \n Atomic number: 32 \n Latin name: No latin name \n State: Solid \n Class: Metalliod \n Block name: P-block element \n Group number: 14 or IVA \n Period number: 4 \n Symbol: \n $(figlet -c Ge)\e[0m";;
33)echo -e "\e[0;33m Name: Arsenic \n Atomic Weight: 74.92 \n Atomic number: 33 \n Latin name: No latin name \n State: Solid \n Class: Metalliod \n Block name: P-block element \n Group number: 15 or VA \n Period number: 4 \n Symbol: \n $(figlet -c As)\e[0m";;
34)echo -e "\e[0;34m Name: P-block element Selenium \n Atomic Weight: 78.97 \n Atomic number: 34 \n Latin name: No latin name \n State: Solid \n Class: Non-metal \n Block name: \n Group number: 16 or VIA \n Period number: 4 \n Symbol: \n $(figlet -c Se)\e[0m";;
35)echo -e "\e[0;35m Name: Bromine \n Atomic Weight: 79.90 \n Atomic number: 35 \n Latin name: No latin name \n State: Liquid \n Class: Non-metal \n Block name: P-block element \n Group number: 17 or VIIA \n Period number: 4 \n Symbol: \n $(figlet -c Br)\e[0m";;
36)echo -e "\e[0;36m Name: Krypton \n Atomic Weight: 83.79 \n Atomic number: 36 \n Latin name: No latin name \n State: Gas \n Class: Nobel gas \n Block name: P-block element \n Group number: 18 or VIIIA \n Period number: 4 \n Symbol: \n $(figlet -c Kr)\e[0m";;
37)echo -e "\e[1;30m Name: Rubidium \n Atomic Weight: 85.46 \n Atomic number: 37 \n Latin name: No latin name \n State: Solid \n Class: Alkali metals \n Block name: S-block element \n Group number: 1 or IA \n Period number: 5 \n Symbol: \n $(figlet -c Ru)\e[0m";;
38)echo -e "\e[1;31m Name: Strontium \n Atomic Weight: 87.62 \n Atomic number: 38 \n Latin name: No latin name \n State: Solid \n Class: Alkaline earth metals \n Block name: S-block element \n Group number: 2 or IIA \n Period number: 5 \n Symbol: \n $(figlet -c Sr)\e[0m";;
39)echo -e "\e[1;32m Name: Yttrium \n Atomic Weight: 88.90 \n Atomic number: 39 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 3 or IIIB \n Period number: 5 \n Symbol: \n $(figlet -c Y)\e[0m";;
40)echo -e "\e[1;36m Name: Zirconium \n Atomic Weight: 91.22 \n Atomic number: 40 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 4 or IVB \n Period number: 5 \n Symbol: \n $(figlet -c Zr)\e[0m";;
41)echo -e "\e[0;31m Name: Niobium \n Atomic Weight: 92.90 \n Atomic number: 41 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 5 or VB \n Period number: 5 \n Symbol: \n $(figlet -c Nb)\e[0m";;
42)echo -e "\e[0;32m Name: Molybdenum \n Atomic Weight: 95.95 \n Atomic number: 42 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 6 or VIB \n Period number: 5 \n Symbol: \n $(figlet -c Mo)\e[0m";;
43)echo -e "\e[0;33m Name: Technetium* \n Atomic Weight: (98) \n Atomic number: 43 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 7 or VIIB \n Period number: 5 \n Half-life: 2,11,000y \n Symbol: \n $(figlet -c Tc) \n ----------------------------------------- \n *means its a radioactive element. \e[0m";;
44)echo -e "\e[0;34m Name: Ruthenium \n Atomic Weight: 101.07 \n Atomic number: 44 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 8 or VIIIB \n Period number: 5 \n Symbol: \n $(figlet -c Ru)\e[0m";;
45)echo -e "\e[0;35m Name: Rhodium \n Atomic Weight: 102.91 \n Atomic number: 45 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 9 or VIIIB \n Period number: 5 \n Symbol: \n $(figlet -c Rh)\e[0m";;
46)echo -e "\e[0;36m Name: Palladium \n Atomic Weight: 106.42 \n Atomic number: 46 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 10 or VIIIB \n Period number: 5 \n Symbol: \n $(figlet -c Pd)\e[0m";;
47)echo -e "\e[1;30m Name: Silver \n Atomic Weight: 107.87 \n Atomic number: 47 \n Latin name: Argentum \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 11 or IB \n Period number: 5 \n Symbol: \n $(figlet -c Ag)\e[0m";;
48)echo -e "\e[1;31m Name: Cadmium \n Atomic Weight: 112.41 \n Atomic number: 48 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 12 or IIB \n Period number: 5 \n Symbol: \n $(figlet -c Cd)\e[0m";;
49)echo -e "\e[1;32m Name: Indium \n Atomic Weight: 114.82 \n Atomic number: 49 \n Latin name: No latin name \n State: Solid \n Class: Post-transition metal \n Block name: P-block element \n Group number: 13 or IIIA \n Period number: 5 \n Symbol: \n $(figlet -c In)\e[0m";;
50)echo -e "\e[1;36m Name: Tin \n Atomic Weight: 118.71 \n Atomic number: 50 \n Latin name: Stannum \n State: Solid \n Class: Post-transition metal \n Block name: P-block element \n Group number: 14 or IVA \n Period number: 5 \n Symbol: \n $(figlet -c Sn)\e[0m";;
51)echo -e "\e[0;31m Name: Antimony \n Atomic Weight: 121.76 \n Atomic number: 51 \n Latin name: Stibium \n State: Solid \n Class: Metalliod \n Block name: P-block element \n Group number: 15 or VA \n Period number: 5 \n Symbol: \n $(figlet -c Sb)\e[0m";;
52)echo -e "\e[0;32m Name: Tellurium \n Atomic Weight: 127.60 \n Atomic number: 52 \n Latin name: No latin name \n State: Solid \n Class: Metalliod \n Block name: P-block element \n Group number: 16 or VIA \n Period number: 5 \n Symbol: \n $(figlet -c Te)\e[0m";;
53)echo -e "\e[0;33m Name: Iodine \n Atomic Weight: 126.90 \n Atomic number: 53 \n Latin name: No latin name \n State: Solid \n Class: Non-metal \n Block name: P-block element \n Group number: 17 or VIIA \n Period number: 5 \n Symbol: \n $(figlet -c I)\e[0m";;
54)echo -e "\e[0;34m Name: Xenon \n Atomic Weight: 131.29 \n Atomic number: 54 \n Latin name: No latin name \n State: Solid \n State: Gas \n Class: Nobel gas \n Block name: P-block element \n Group number: 18 or VIIIA \n Period number: 5 \n Symbol: \n $(figlet -c Xe)\e[0m";;
55)echo -e "\e[0;35m Name: Caesium \n Atomic Weight: 132.91 \n Atomic number: 55 \n Latin name: No latin name \n State: Solid \n Class: Alkali metals \n Block name: S-block element \n Group number: 1 or IA \n Period number: 6 \n Symbol: \n $(figlet -c Cs)\e[0m";;
56)echo -e "\e[0;36m Name: Barium \n Atomic Weight: 137.33 \n Atomic number: 56 \n Latin name: No latin name \n State: Solid \n Class: Alkaline earth metals \n Block name: S-block element \n Group number: 2 or IIA \n Period number: 6 \n Symbol: \n $(figlet -c Ba)\e[0m";;
57)echo -e "\e[1;30m Name: Lanthanum \n Atomic Weight: 138.91 \n Atomic number: 57 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c La)\e[0m";;
58)echo -e "\e[1;31m Name: Cerium \n Atomic Weight: 140.12 \n Atomic number: 58 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Ce)\e[0m";;
59)echo -e "\e[1;32m Name: Praseodymium \n Atomic Weight: 140.91 \n Atomic number: 59 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Pr)\e[0m";;
60)echo -e "\e[1;36m Name: Neodymium \n Atomic Weight: 144.24 \n Atomic number: 60 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Nd)\e[0m";;
61)echo -e "\e[0;31m Name: Promethium \n Atomic Weight: (145) \n Atomic number: 61 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Pm)\e[0m";;
62)echo -e "\e[0;32m Name: Samarium \n Atomic Weight: 150.36 \n Atomic number: 62 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Sm)\e[0m";;
63)echo -e "\e[0;33m Name: Europium \n Atomic Weight: 151.96 \n Atomic number: 63 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Eu)\e[0m";;
64)echo -e "\e[0;34m Name: Gadolinium \n Atomic Weight: 157.25 \n Atomic number: 64 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Gd)\e[0m";;
65)echo -e "\e[0;35m Name: Terbium \n Atomic Weight: 158.93 \n Atomic number: 65 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Tb)\e[0m";;
66)echo -e "\e[0;36m Name: Dysproium \n Atomic Weight: 162.50 \n Atomic number: 66 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Dy)\e[0m";;
67)echo -e "\e[1;30m Name: Holmium \n Atomic Weight: 164.93 \n Atomic number: 67 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Ho)\e[0m";;
68)echo -e "\e[1;31m Name: Erbium \n Atomic Weight: 167.26 \n Atomic number: 68 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Er)\e[0m";;
69)echo -e "\e[1;32m Name: Thulium \n Atomic Weight: 168.93 \n Atomic number: 69 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Tm)\e[0m";;
70)echo -e "\e[1;36m Name: Ytterbium \n Atomic Weight: 173.05 \n Atomic number: 70 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Yb)\e[0m";;
71)echo -e "\e[0;31m Name: Lutetium \n Atomic Weight: 174.97 \n Atomic number: 71 \n Latin name: No latin name \n State: Solid \n Class: Lanthanoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 6 \n Symbol: \n $(figlet -c Lu)\e[0m";;
72)echo -e "\e[0;32m Name: Hafnium \n Atomic Weight: 178.49 \n Atomic number: 72 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 4 or IVB \n Period number: 6 \n Symbol: \n $(figlet -c Hf)\e[0m";;
73)echo -e "\e[0;33m Name: Tantalum \n Atomic Weight: 180.95 \n Atomic number: 73 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 5 or VB \n Period number: 6 \n Symbol: \n $(figlet -c Ta)\e[0m";;
74)echo -e "\e[0;34m Name: Tungsten \n Atomic Weight: 183.84 \n Atomic number: 74 \n Latin name: Wolfram \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 6 or VIB \n Period number: 6 \n Symbol: \n $(figlet -c W)\e[0m";;
75)echo -e "\e[0;35m Name: Rhenium \n Atomic Weight: 186.21 \n Atomic number: 75 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 7 or VIIB \n Period number: 6 \n Symbol: \n $(figlet -c Re)\e[0m";;
76)echo -e "\e[0;36m Name: Osmium \n Atomic Weight: 190.23 \n Atomic number: 76 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 8 or VIIIB \n Period number: 6 \n Symbol: \n $(figlet -c Os)\e[0m";;
77)echo -e "\e[1;30m Name: Iridium \n Atomic Weight: 192.22 \n Atomic number: 77 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 9 or VIIIB \n Period number: 6 \n Symbol: \n $(figlet -c Ir)\e[0m";;
78)echo -e "\e[1;31m Name: Platinum \n Atomic Weight: 195.08 \n Atomic number: 78 \n Latin name: No latin name \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 10 or VIIIB \n Period number: 6 \n Symbol: \n $(figlet -c Pt)\e[0m";;
79)echo -e "\e[1;32m Name: Gold \n Atomic Weight: 196.97 \n Atomic number: 79 \n Latin name: Aurum \n State: Solid \n Class: Transition metal \n Block name: D-block element \n Group number: 11 or IB \n Period number: 6 \n Symbol: \n $(figlet -c Au)\e[0m";;
80)echo -e "\e[1;36m Name: Mercury \n Atomic Weight: 200.59 \n Atomic number: 80 \n Latin name: No latin name \n State: Solid \n State: Liquid \n Class: Transition metal \n Block name: D-block element \n Group number: 12 or IIB \n Period number: 6 \n Symbol: \n $(figlet -c Hg)\e[0m";;
81)echo -e "\e[0;31m Name: Thallium \n Atomic Weight: 204.38 \n Atomic number: 81 \n Latin name: No latin name \n State: Solid \n Class: Post-transition metal \n Block name: P-block element \n Group number: 13 or IIIA \n Period number: 6 \n Symbol: \n $(figlet -c Tl)\e[0m";;
82)echo -e "\e[0;33m Name: Lead \n Atomic Weight: 207.2 \n Atomic number: 82 \n Latin name: Plumbum \n State: Solid \n Class: Post-transition metal \n Block name: P-block element \n Group number: 14 or IVA \n Period number: 6 \n Symbol: \n $(figlet -c Pb)\e[0m";;
83)echo -e "\e[0;34m Name: Bismuth \n Atomic Weight: 208.98 \n Atomic number: 83 \n Latin name: No latin name \n State: Solid \n Class: Post-transition metal \n Block name: P-block element \n Group number: 15 or VA \n Period number: 6 \n Symbol: \n $(figlet -c Bi)\e[0m";;
84)echo -e "\e[0;35m Name: Polonium* \n Atomic Weight: (209) \n Atomic number: 84 \n Latin name: No latin name \n State: Solid \n Class: Post-transition metal \n Block name: P-block element \n Group number: 16 or VIA \n Period number: 6 \n Half-life: 125y \n Symbol: \n $(figlet -c Po) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
85)echo -e "\e[0;36m Name: Astatine* \n Atomic Weight: (210) \n Atomic number: 85 \n Latin name: No latin name \n State: Solid \n Class: Metalliod \n Block name: P-block element \n Group number: 17 or VIIA \n Period number: 6 \n Half-life: 8.1h \n Symbol: \n $(figlet -c At) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
86)echo -e "\e[1;30m Name: Radon* \n Atomic Weight: (222) \n Atomic number: 86 \n Latin name: No latin name \n State: Solid \n State: Gas \n Class: Nobel gas \n Block name: P-block element \n Group number: 18 or VIIIA \n Period number: 6 \n Half-life: 3.82d \n Symbol: \n $(figlet -c Rn) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
87)echo -e "\e[1;31m Name: Francium* \n Atomic Weight: (223) \n Atomic number: 87 \n Latin name: No latin name \n State: Solid \n Class: Alkali metal \n Block name: S-block element \n Group number: 1 or IA \n Period number: 7 \n Half-life: 4.8min \n Symbol: \n $(figlet -c Fr) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
88)echo -e "\e[0;35m Name: Radium* \n Atomic Weight: (226) \n Atomic number: 88 \n Latin name: No latin name \n State: Solid \n Class: Alkaline earth metal \n Block name: S-block element \n Group number: 2 or IIA \n Period number: 7 \n Half-life: 1600y \n Symbol: \n $(figlet -c Ra) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
89)echo -e "\e[1;32m Name: Actinium* \n Atomic Weight: (227) \n Atomic number: 89 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 21.7y \n Symbol: \n $(figlet -c Ac) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
90)echo -e "\e[1;36m Name: Thorium \n Atomic Weight: 232.04 \n Atomic number: 90 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Symbol: \n $(figlet -c Th)\e[0m";;
91)echo -e "\e[0;31m Name: Protactinium* \n Atomic Weight: 231.04 \n Atomic number: 91 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 1.17min \n Symbol: \n $(figlet -c Pa) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
92)echo -e "\e[0;32m Name: Uranium \n Atomic Weight: 238.03 \n Atomic number: 92 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Symbol: \n $(figlet -c U)\e[0m";;
93)echo -e "\e[0;33m Name: Neptunium* \n Atomic Weight: (237) \n Atomic number: 93 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 2.35d \n Symbol: \n $(figlet -c Np) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
94)echo -e "\e[0;34m Name: Plutonium* \n Atomic Weight: (244) \n Atomic number: 94 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 2.1d \n Symbol: \n $(figlet -c Pu) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
95)echo -e "\e[0;35m Name: Americium* \n Atomic Weight: (243) \n Atomic number: 95 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 7,370y \n Symbol: \n $(figlet -c Am) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
96)echo -e "\e[0;36m Name: Curium* \n Atomic Weight: (247) \n Atomic number: 96 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life:15.6 million years \n Symbol: \n $(figlet -c Cm) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
97)echo -e "\e[1;30m Name: Berkelium* \n Atomic Weight: (247) \n Atomic number: 97 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 1,380y \n Symbol: \n $(figlet -c Bk) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
98)echo -e "\e[1;31m Name: Caliornium* \n Atomic Weight: (251) \n Atomic number: 98 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 898y \n Symbol: \n $(figlet -c Cf) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
99)echo -e "\e[1;32m Name: Einsteinium* \n Atomic Weight: (252) \n Atomic number: 99 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 20.5d \n Symbol: \n $(figlet -c Es) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
100)echo -e "\e[1;36m Name: Fermium* \n Atomic Weight: (257) \n Atomic number: 100 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 1d \n Symbol: \n $(figlet -c Fm) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
101)echo -e "\e[0;31m Name: Mendelevium* \n Atomic Weight: (258) \n Atomic number: 101 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 51.5d \n Symbol: \n $(figlet -c Md) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
102)echo -e "\e[0;32m Name: Nobelium* \n Atomic Weight: (259) \n Atomic number: 102 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 15s \n Symbol: \n $(figlet -c No) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
103)echo -e "\e[0;33m Name: Lawrencium* \n Atomic Weight: (266) \n Atomic number: 103 \n Latin name: No latin name \n State: Solid \n Class: Actinoid \n Block name: F-block element \n Group number: 3 or IIIB \n Period number: 7 \n Half-life: 39.26d \n Symbol: \n $(figlet -c Lr) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
104)echo -e "\e[0;34m Name: Rutherfordium* \n Atomic Weight: (267) \n Atomic number: 104 \n Latin name: No latin name \n State: Unknown \n Class: Transition metal \n Block name: D-block element \n Group number: 4 or IVB \n Period number: 7 \n Half-life: 1.3h \n Symbol: \n $(figlet -c Rf) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
105)echo -e "\e[0;35m Name: Dubnium* \n Atomic Weight: (268) \n Atomic number: 105 \n Latin name: No latin name \n State: Unknown \n Class: Transition metal \n Block name: D-block element \n Group number: 5 or VB \n Period number: 7 \n Half-life: 30h \n Symbol: \n $(figlet -c Db) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
106)echo -e "\e[0;36m Name: Seaborgium* \n Atomic Weight: (269) \n Atomic number: 106 \n Latin name: No latin name \n State: Unknown \n Class: Transition metal \n Block name: D-block element \n Group number: 6 or VIB \n Period number: 7 \n Half-life: 2.4min \n Symbol: \n $(figlet -c Sg) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
107)echo -e "\e[1;30m Name: Bohrium* \n Atomic Weight: (270) \n Atomic number: 107 \n Latin name: No latin name \n State: Unknown \n Class: Transition metal \n Block name: D-block element \n Group number: 7 or VIIB \n Period number: 7 \n Half-life: 61s \n Symbol: \n $(figlet -c Bh) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
108)echo -e "\e[1;31m Name: Hassium* \n Atomic Weight: (277) \n Atomic number: 108 \n Latin name: No latin name \n State: Unknown \n Class: Transition metal \n Block name: D-block element \n Group number: 8 or VIIIB \n Period number: 7 \n Half-life: 30s \n Symbol: \n $(figlet -c Hs) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
109)echo -e "\e[1;32m Name: Meitnerium* \n Atomic Weight: (278) \n Atomic number: 109 \n Latin name: No latin name \n State: Unknown \n Block name: D-block element \n Group number: 9 or VIIIB \n Period number: 7 \n Half-life: 67s \n Symbol: \n $(figlet -c Mt) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
110)echo -e "\e[1;36m Name: Darmstadtium* \n Atomic Weight: (281) \n Atomic number: 110 \n Latin name: No latin name \n State: Unknown \n Block name: D-block element \n Group number: 10 or VIIIB \n Period number: 7 \n Half-life: 10s \n Symbol: \n $(figlet -c Ds) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
111)echo -e "\e[0;31m Name: Roentgenium* \n Atomic Weight: (282) \n Atomic number: 111 \n Latin name: No latin name \n State: Unknown \n Block name: D-block element \n Group number: 11 or IB \n Period number: 7 \n Half-life: 26s \n Symbol: \n $(figlet -c Rg) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
112)echo -e "\e[0;32m Name: Copernicium* \n Atomic Weight: (285) \n Atomic number: 112 \n Latin name: No latin name \n State: Unknown \n Class: Transition metal \n Block name: D-block element \n Group number: 12 or IIB \n Period number: 7 \n Half-life: 29s \n Symbol: \n $(figlet -c Cn) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
113)echo -e "\e[0;33m Name: Nihonium* \n Atomic Weight: (286) \n Atomic number: 113 \n Latin name: No latin name \n State: Unknown \n Block name: P-block element \n Group number: 13 or IIIA \n Period number: 7 \n Half-life: 20s \n Symbol: \n $(figlet -c Nh) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
114)echo -e "\e[0;34m Name: Flerovium* \n Atomic Weight: (289) \n Atomic number: 114 \n Latin name: No latin name \n State: Unknown \n Class: Post-transition metal \n Block name: P-block element \n Group number: 14 or IVA \n Period number: 7 \n Half-life: 2.6s \n Symbol: \n $(figlet -c Fl) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
115)echo -e "\e[0;35m Name: Moscovium* \n Atomic Weight: (290) \n Atomic number: 115 \n Latin name: No latin name \n State: Unknown \n Block name: P-block element \n Group number: 15 or VA \n Period number: 7 \n Half-life: 0.8s \n Symbol: \n $(figlet -c Mc) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
116)echo -e "\e[0;36m Name: Livermorium* \n Atomic Weight: (293) \n Atomic number: 116 \n Latin name: No latin name \n State: Unknown \n Block name: P-block element \n Group number: 16 or VIA \n Period number: 7 \n Half-life: 61millisec \n Symbol: \n $(figlet -c Lv) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
117)echo -e "\e[1;30m Name: Tennessine* \n Atomic Weight: (294) \n Atomic number: 117 \n Latin name: No latin name \n State: Unknown \n Block name: P-block element \n Group number: 17 or VIIA \n Period number: 7 \n Half-life: 80millisec \n Symbol: \n $(figlet -c Ts) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
118)echo -e "\e[1;31m Name: Oganesson* \n Atomic Weight: (294) \n Atomic number: 118 \n Latin name: No latin name \n State: Unknown \n Block name: P-block element \n Group number: 18 or VIIIA \n Period number: 7 \n Half-life: 0.89millisec \n Symbol: \n $(figlet -c Og) \n ----------------------------------------- \n *means its a radioactive element.\e[0m";;
*)echo -e "\e[0;31m :: Unknown Element ::" "\e[0;34m yet to be discovered\e[0m"
esac