Question

. At what temperature in degree centigrade will the
volume of a gas, which is originally at 0°C,
double itself, pressure remaining constant.​

Answer 1

Answer:

$273 \: degree \: celcius$

Step-by-step explanation:

Consider the Initial volume (V1)= x, T1= 273 K, V 2 = 2x, T2=?

Consider the Initial volume (V1)= x, T1= 273 K, V 2 = 2x, T2=?By Charles' Law,

Consider the Initial volume (V1)= x, T1= 273 K, V 2 = 2x, T2=?By Charles' Law,V1T2=V2T1

Consider the Initial volume (V1)= x, T1= 273 K, V 2 = 2x, T2=?By Charles' Law,V1T2=V2T1x . T2 = 2x . 273

Consider the Initial volume (V1)= x, T1= 273 K, V 2 = 2x, T2=?By Charles' Law,V1T2=V2T1x . T2 = 2x . 273T2 = 546 K

Consider the Initial volume (V1)= x, T1= 273 K, V 2 = 2x, T2=?By Charles' Law,V1T2=V2T1x . T2 = 2x . 273T2 = 546 KT2 = 546 – 273 = 273° C