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Answer:

Your answer will be 118 cm^3.

Explanation:

V1/T1 = V2/T2, so V2 = V1T2/T1. 60C = 333K and 120C = 393K.

V2 = (100cm3)(393K)/(333K) = 118 cm3

Volume is defined as the amount of space a substance acquire. After increasing the temperature, the new volume of the balloon be [tex]\bold{118\; cm^3.}[/tex]

What is volume?

Volume expresses the amount of space a substance or abject occupies.

Given,

Initial Volume of the balloon is [tex]\bold{100\; cm^3.}[/tex]

Initial temperature of the  60°c

final  temperature of the 120°c

Now, by the formula of ideal gas law

[tex]\dfrac{V^1}{T^1 } =\dfrac{V^2}{T^2} \\\\\dfrac{100}{60^\circ C } =\dfrac{V^2}{120^\circ C}= 118\;cm^3[/tex]

Thus, the final volume is [tex]\bold{118\; cm^3.}[/tex]

Learn more about volume, here:

https://brainly.com/question/1578538

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