Your answer looks good to me. If your entering your answers on webassign, beware of the number of significant figures you include.dan_bighit said:no don't what that is, but i do know what angular velocity and angular acceleration is.
i thought linear speed was diameter(metres) x pie x rev/min x 60 / 1000 would give you the speed in km/h
which would give the answer 60.79 km/h
but turns out its wrong.
Yes, just out of interest, what speed does your book return?dan_bighit said:the book I am reading must be wrong then, is linear speed just the same as speed then
To calculate the linear speed of a vehicle, you need to know its distance traveled and the time it took to travel that distance. The formula for linear speed is speed = distance/time. Make sure to use consistent units for distance (such as meters or feet) and time (such as seconds or minutes).
Yes, linear speed can be calculated for any type of vehicle as long as you have the necessary information. However, the units used may vary depending on the type of vehicle. For example, speed of a car may be measured in miles per hour, while speed of a plane may be measured in kilometers per hour.
Linear speed and velocity are closely related but they are not the same thing. Linear speed is a measure of how fast an object is moving in a straight line, while velocity includes both speed and direction of motion.
Calculating linear speed can be useful for a variety of reasons. It can help determine how long it will take a vehicle to reach a certain destination, how far it can travel in a given time, and can also be used to measure performance and efficiency of a vehicle.
The linear speed of a vehicle can be affected by various factors such as the type of vehicle, road conditions, weather conditions, weight of the vehicle, and any external forces acting on the vehicle (such as wind or friction). It can also be affected by the speed and direction of the vehicle's motion.