Diameter = 68 cm => circumference = pi*d = 213.63 cm = 2.1363 m
To travel 100 m the wheel makes 100/2.1363 = 46.81 revs.
To figure out how long a revolution is you need to find the circumference of the wheel. If the diameter is 70 centimeters, then to get the circumference you multiply the diameter by pi (3.14). That equals 219.8. centimeters. Then you convert 66 meters into centimeters, and that is 6600. Then you divide 6600 by 219.8 and get 30 revolutions.
To find the number of revolutions a bicycle wheel makes, first calculate the circumference of the wheel using the formula ( C = \pi \times d ), where ( d ) is the diameter. For a wheel with a diameter of 70 cm, the circumference is approximately ( C = \pi \times 70 \approx 219.91 ) cm. Next, convert the travel distance of 110 m to centimeters (110 m = 11,000 cm) and divide by the circumference: ( \frac{11,000 \text{ cm}}{219.91 \text{ cm}} \approx 50.03 ). Thus, the wheel makes about 50 revolutions.
A wheel 2 feet in diameter turning 10000 revolutions per hour is going, at the rim, 17.45 feet per second, or 25.6 miles per hour.
To find the distance a wheel travels in three revolutions, first calculate the circumference of the wheel using the formula (C = 2\pi r). For a radius of 9 cm, the circumference is (C = 2\pi \times 9 \approx 56.55) cm. In three revolutions, the wheel would travel (3 \times 56.55 \approx 169.65) cm. Thus, the wheel travels approximately 169.65 cm in three revolutions.
0.42 * 13.2=5.544
To figure out how long a revolution is you need to find the circumference of the wheel. If the diameter is 70 centimeters, then to get the circumference you multiply the diameter by pi (3.14). That equals 219.8. centimeters. Then you convert 66 meters into centimeters, and that is 6600. Then you divide 6600 by 219.8 and get 30 revolutions.
I need help
It will travel: 50*12*pi = 1885 inches rounded to the nearest integer
To calculate the number of wheel rotations needed to travel a certain distance, we must first find the circumference of the wheel using the formula C = πd, where d is the diameter of the wheel. Given that the diameter is 0.5 meters, the circumference is C = π(0.5) = 1.57 meters. To travel 100 meters, the wheel would need to make 100 / 1.57 = approximately 63.69 rotations. Therefore, the wheel would need to make approximately 64 rotations to travel 100 meters.
If the diameter is 700 mm then the radius is 700/2 = 350mm The circumference of the circle is 2πr = 2π.350 = 2199.115 mm 1 kilometre = 1000 metres = 1000000 mm : 2km = 2000000mm Number of revolutions = distance travelled ÷ circumference of wheel. 2000000 ÷ 2199.115 = 909. 46 revolutions
The diameter of the Texas Star ferris wheel is 212 feet.
A wheel 2 feet in diameter turning 10000 revolutions per hour is going, at the rim, 17.45 feet per second, or 25.6 miles per hour.
Circumference of a circle: 2*pi*radius or pi*diameter (pi=3.14159...) Traveled distance = number of revolutions * circumference of tire To increase the distance you can either increase the number of revolutions or the circumference of the tire. Ex: Tire diameter = 1 meter => circumference = 3.14159 * 1 = 3.14159 meters So if you drive from home to Wendy's and the wheel spins 1000 times totally it means that you've traveled a distance of: 3.14159 * 1000 = 3141.59 meters
200
In each revolution, the wheel would advance 2 x pi x radius. Multiply this by the number of revolutions.
4
To find the distance a wheel travels in three revolutions, first calculate the circumference of the wheel using the formula (C = 2\pi r). For a radius of 9 cm, the circumference is (C = 2\pi \times 9 \approx 56.55) cm. In three revolutions, the wheel would travel (3 \times 56.55 \approx 169.65) cm. Thus, the wheel travels approximately 169.65 cm in three revolutions.