If you drove a car at 100 mph how long would it take to get to the sun?

Answer 1

93,000,000 MILES ➗ 100 = 930,000 HOURS.

930,000 HOURS ➗ 24 = 38,750 DAYS.

(106.1643835616438 YEARS) PROBABLY USING THOUSANDS UPON THOUSANDS OF GALLONS OF FUEL, OXYGEN, TIRES, AND AUTOS- NOT TO MENTION YOUR GRANDCHILD WOULD BE NEEDED TO CARRY OUT THIS TASK.

MIND BOGGLING 😵🤪

Answer 2

93,000,000 MILES ➗ 100 = 930,000 HOURS.

930,000 HOURS ➗ 24 = 38,750 DAYS.

(106.1643835616438 YEARS) PROBABLY USING THOUSANDS UPON THOUSANDS OF GALLONS OF FUEL, OXYGEN, TIRES, AND AUTOS- NOT TO MENTION YOUR GRANDCHILD WOULD BE NEEDED TO CARRY OUT THIS TASK.

MIND BOGGLING 😵🤪

Answer 3

A car has wheels and is not capable of escaping the earths gravitational pull with those, so I am guessing the answer is around 5 billion years. That would be the time it would take for the hydrogen, helium and other light elements in the sun to completely fuse via fusion causing the sun to expand into a red giant, engulf the earth and thus the car would be within the suns corona. Although technically the sun got to the car, the car did not "get to the sun" so never is the correct answer. However that is not a good answer either since the car would not last 5 billion years due to weather effects combined with corrosion and so the real answer still should be never. The answer "never" is thus correct but if you don't like the answer then it is the question that is wrong, not the answer.