What correct code produces the following plot? Meting Port C 200 100 100 140 00 Periodic...

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What correct code produces the following plot? Meting Port "C 200 100 100 140 00 Periodic Properties 40 Atomic Number (click image to enlarge) 0.28 CL 426 1024 on 02 (618 (1 Alime Radspor clear, clc, clf %reset windows Define the variables. atomic_number= 3,11,19,37,55]; melting point = [181,98,63,34,28.4); atomic_radius= (0.152,0.186,... 0.227,0.2480,0.26501; %% Plot using two Y axes plot(atomic_number, melting point) title('Periodic Properties') xlabel('Atomic Number') ylabel (Melting Point, \circC') yyaxis left plot(atomic_number, atomic_radius) ylabel('Atomic Radius, picometers') clear, clc, clf reset windows Define the variables atomic number 13,11,19,37,55); melting point [181.98,63,34,28.41; atomic_radius 10.152,0.186,0.227,. = 0.2480,0.26501; Plot using two Y axes plotyy (atomic_number, melting point,... atomic number, atomic_radius) title Periodic Properties xlabel( Atomic Number) ylabel( Melting Point, \circC) Define the variables. atomic_number=[3,11,19,37,55]; melting point = [181,98,63,34,28.4); atomic_radius= [0.152,0.186,... 0.227,0.2480,0.2650); Plot using two Y axes plot (atomic_number, melting point) title( Periodic Properties') xlabel('Atomic Number) ylabel('Melting Point, \circC') yyaxis right plot(atomic_number, atomic_radius) ylabel('Atomic Radius, picometers) clear, clc, clf reset windows Define the variables. atomic number [3,11,19,37,551; melting point [181,98,63,34,28.41; atomic_radius= (0.152,0.186, 0.227,0.2480,0.2650]; Plot using two Y axes plot (atomic_number, melting point) title('Periodic Properties') xlabel( Atomic Number') ylabel('Melting Point, \circc') yyaxes right. ulanel/ What correct code produces the following plot? Meting Port "C 200 100 100 140 00 Periodic Properties 40 Atomic Number (click image to enlarge) 0.28 CL 426 1024 on 02 (618 (1 Alime Radspor clear, clc, clf %reset windows Define the variables. atomic_number= 3,11,19,37,55]; melting point = [181,98,63,34,28.4); atomic_radius= (0.152,0.186,... 0.227,0.2480,0.26501; %% Plot using two Y axes plot(atomic_number, melting point) title('Periodic Properties') xlabel('Atomic Number') ylabel (Melting Point, \circC') yyaxis left plot(atomic_number, atomic_radius) ylabel('Atomic Radius, picometers') clear, clc, clf reset windows Define the variables atomic number 13,11,19,37,55); melting point [181.98,63,34,28.41; atomic_radius 10.152,0.186,0.227,. = 0.2480,0.26501; Plot using two Y axes plotyy (atomic_number, melting point,... atomic number, atomic_radius) title Periodic Properties xlabel( Atomic Number) ylabel( Melting Point, \circC) Define the variables. atomic_number=[3,11,19,37,55]; melting point = [181,98,63,34,28.4); atomic_radius= [0.152,0.186,... 0.227,0.2480,0.2650); Plot using two Y axes plot (atomic_number, melting point) title( Periodic Properties') xlabel('Atomic Number) ylabel('Melting Point, \circC') yyaxis right plot(atomic_number, atomic_radius) ylabel('Atomic Radius, picometers) clear, clc, clf reset windows Define the variables. atomic number [3,11,19,37,551; melting point [181,98,63,34,28.41; atomic_radius= (0.152,0.186, 0.227,0.2480,0.2650]; Plot using two Y axes plot (atomic_number, melting point) title('Periodic Properties') xlabel( Atomic Number') ylabel('Melting Point, \circc') yyaxes right. ulanel/

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