The circumference of the front tire is 6ft. How many complete turns does the front wheel make in 30 ft driveway?
Each turn covers 6 feet
5 turns cover 30 ft
sadly, the car then falls off the edge of the driveway :-(
Well, that's a wheely good question! To calculate the number of complete turns, we need to find out how many times the front tire's circumference fits into the length of the driveway.
If the circumference of the front tire is 6ft, that means for every full round the tire makes, it will cover a distance of 6ft. So, in a 30ft driveway, the number of complete turns can be calculated by dividing the length of the driveway by the circumference of the tire:
30ft / 6ft = 5 complete turns
So, the front wheel will make 5 complete turns in a 30ft driveway! Just be careful not to tire yourself out counting them!
To find out how many complete turns the front wheel makes in a 30 ft driveway, we need to determine how many times the circumference of the front tire fits into the driveway.
The formula we can use is:
Number of turns = Total distance / Circumference of the front tire
In this case, the circumference of the front tire is given as 6 ft, and the total distance is 30 ft.
Substituting these values into the formula, we get:
Number of turns = 30 ft / 6 ft = 5
So, the front wheel makes 5 complete turns in a 30 ft driveway.
To calculate the number of complete turns the front wheel makes in a 30 ft driveway, we need to find the number of revolutions the wheel completes.
First, we need to determine the distance covered in one complete revolution of the wheel. The circumference of a circle is given by the formula:
Circumference = 2 * π * radius
In this case, we are given the circumference of the front tire, which is 6 ft.
So, 6 ft = 2 * π * radius
To find the radius, we can rearrange the equation:
radius = circumference / (2 * π) = 6 ft / (2 * 3.14) ≈ 0.955 ft
Now that we know the radius, we can calculate the distance covered in one complete revolution using the formula:
distance covered in one revolution = 2 * π * radius = 2 * 3.14 * 0.955 ft ≈ 6 ft
Therefore, the front wheel covers a distance of 6 ft in one complete revolution.
To find the number of complete turns the wheel makes in a 30 ft driveway, we can divide the distance of the driveway by the distance covered in one revolution:
number of complete turns = 30 ft / 6 ft = 5 turns
Hence, the front wheel makes 5 complete turns in a 30 ft driveway.