Approximately 10.43 years at 17,500 mph
At 65 miles per hours, you are traveling 1/65 miles per minute. The time to travel 60 miles would be 60/65 minutes.
That is a simple ratio problem. To travel 103 miles going 75 mph, it would be 103 miles/75 miles/hour, which is 1.37333... * 60 minutes which is 82.4 minutes or 82 minutes and 24 seconds precisely.
332.5 miles
to awnser this question you just have to devide 310 by 5 310/5 = 62 , so you would have to drive at a constant 62mph to travel 310 miles in 5 hours.
189 miles = 7 gallons 27 miles = 1 gallon 297 / 27 = 11 gallons
In an hour, you would travel 17500 miles. At that speed it would take about 13 hours and 39 minutes to reach the Moon and about 221 days to reach the Sun.
At 17,500 miles per hour the trip would take about 13 hours to travel the 238,900 miles to the moon.
It would take approximately a second of time.
Time = Distance ÷ Velocity = 23700000 ÷ 17500 = 1354.2857 hours This equates to 56 days, 10 hours, 17 minutes and 9 seconds.
Time = Distance / Speed = 3.57 billion / 25700 hours = 138910.5 hours = approx 5788 days = nearly 16 years.
10% of 175000 would be 17500, 20% would 17500 x 2 or 35000 and your remaining 5% is 17500/2 or 8750. 35000 + 8750 = 43750 or 25% of 175000.
34.8 billion miles would still be in our galaxy, the Milky Way.
If you you travel 3 miles, you would get 3 miles far.
1,800,000,000 miles 1 billion has nine zeros, so to write 1.8 billion in numbers you would simply need to move the decimal point nine places to the right, which would give you 1,800,000,000.
14 Billion years
Not very much, because the water would all get recycled. All of your waste would get filtered, purified, and turned back into food.
15 billion miles