60/6=10 minutes per car
Oh, dude, let me break it down for you. So, if the scope costs 327.19 with tax, and each car wash brings in 5 bucks, you just gotta divide the cost by the price per car wash. That's like 65.44 cars, but you can't wash a fraction of a car, so you'll need to round up. So, you'll need to wash at least 66 cars to cover the cost of that fancy scope.
The speed of an car per hour[s] is the speed that the car is going.Example- If a car is going 75 miles for5 hours,what is the cars speed.The car speed is 75 miles per hour.
(Year 2011) About 29-33 hours per vehicle for most passenger cars.
Assuming each car wash earns an average of $10, they would need to wash approximately 33 cars to cover the cost of the telescope with tax. This is calculated by dividing the total cost of the telescope ($327.19) by the average earnings per car wash ($10).
You can offer to wash cars for people in your town/ city/ village. a decent price would be £2 per car.
520 miles
Did you read your question before posting it? Apart from the fact that few cars can travel at 350 miles per hour, the question asks how much time ...[for] ... 3 hours. The answer, obviously, is 3 hours!
The rate of traffic observed in the experiment was 5 cars per hour (20 cars / 4 hours = 5 cars per hour).
1,760 ft. I can't guaruntee that's correct though...
It depends on the Type of wash... a conveyorized system, building and all will run 300.00 a ft ..... the average car wash in the US is about 2.6-3.1 M all-in.
It depends on how long a person spends washing their car. When using a self-service car wash with high pressure hoses, the amount of water used is about 3.5 gallons per minute. Washing a car without high pressure hoses uses about 8 gallons per minute.