i know it is CHEMISTRY but i need help and nobody is answering in chemistry...

A balloon of helium was put in the freezer at -23°C. Its volume at this temperature was 2.5 liters. It was removed from the freezer. Eventually, it reached a temperature of 177°C. What would its volume be at this temperature? (Neglect any force used to stretch the rubber balloon.)

1.4
45000
4.5
0.22

The temperature-volume relationship shown in the graph in the lesson represents:

an inverse linear function
an inverse hyperbolic function
a direct linear function
a direct extrapolated function

Question

i know it is CHEMISTRY  but i need help and nobody is answering in chemistry...

A balloon of helium was put in the freezer at -23°C. Its volume at this temperature was 2.5 liters. It was removed from the freezer. Eventually, it reached a temperature of 177°C. What would its volume be at this temperature? (Neglect any force used to stretch the rubber balloon.)

1.4
45000
4.5
0.22

The temperature-volume relationship shown in the graph in the lesson represents:


an inverse linear function
an inverse hyperbolic function
a direct linear function
a direct extrapolated function