A car accelerates from a standstill to 60km/hr in 10.0 seconds what is its acceleration
The magnitude of the velocity would reach 72 km/hr at around 5 seconds based on the graph shown. This is when the slope of the velocity-time graph is steepest, indicating the highest rate of change in velocity.
Diogo traveled 255 kilometers in total. This can be calculated by multiplying his speed (85 km/hr) by the time he traveled (3 hours).
To find the car's instantaneous speed, first calculate the distance the car travels in one revolution using the tire circumference (240 cm). Convert the time taken for one revolution (0.12 seconds) to hours. Finally, divide the distance traveled in one revolution by the time taken to complete one revolution to get the instantaneous speed in km/hr.
The momentum of an object is determined by its mass and velocity. In this case, the cheetah with a mass of 74 kg and a speed of 31 m/s would have a greater momentum than the elephant with a mass of 7000 kg running at 18 km/hr. This is because momentum is proportional to both mass and velocity, and the cheetah has a higher speed despite having much less mass.
275 km/hr
30 km/hr because it accelerates until it reaches 30 km/hr
First, convert the speeds to SI units, that is, to meters/second. Then, simply subtract the difference in speed by the 2 seconds. The result will be in meters/sec2.
600 seconds..
If velocity is km/hr and time is in hours then acceleration will be in km/hr2
6.021 m/second
KMHR was created on 1981-10-26.
65 km/h = 18.056 meters / second60 / 18.056 = 3.323 seconds so it takes approximately 3.3 seconds
2 hours
170.88 MPH
Cheetah
2,700
Three letters:yes.