An automobile gas tank is filled to its capacity of 15.00 gallons with the gasoline at an initial temperature of 10C. The automobile is parked in the sun causing the gasoline’s temperature to rise to 60C. If the coefficient of volume expansion for gasoline is 9.6 104/C, what volume runs out the overflow tube? Assume the change in volume of the tank is negligible.

Here is the answer for the question – An automobile gas tank is filled to its capacity of 15.00 gallons with the gasoline at an initial temperature of 10C. The automobile is parked in the sun causing the gasoline’s temperature to rise to 60C. If the coefficient of volume expansion for gasoline is 9.6 104/C, what volume runs out the overflow tube? Assume the change in volume of the tank is negligible.. You’ll find the correct answer below

An automobile gas tank is filled to its capacity of 15.00 gallons with the gasoline at an initial temperature of 10C. The automobile is parked in the sun causing the gasoline’s temperature to rise to 60C. If the coefficient of volume expansion for gasoline is 9.6 104/C, what volume runs out the overflow tube? Assume the change in volume of the tank is negligible.

The Correct Answer is

0.72 gallons

Reason Explained

0.72 gallons is correct for An automobile gas tank is filled to its capacity of 15.00 gallons with the gasoline at an initial temperature of 10C. The automobile is parked in the sun causing the gasoline’s temperature to rise to 60C. If the coefficient of volume expansion for gasoline is 9.6 104/C, what volume runs out the overflow tube? Assume the change in volume of the tank is negligible.

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