No, that won't do it. You need to divide the distance the object went
by the time it took to go that distance.
You divide the distance by the time.You divide the distance by the time.You divide the distance by the time.You divide the distance by the time.
You divide the mass by the weight, to get the gravitational acceleration. Then you use the fact that this gravitational acceleration, or gravitational field, is inversely proportional to the square of the distance. The distance should be calculated from the center of the Earth.
To determine the acceleration of an object, you must calculate its change in velocity per unit of time.
To calculate the gradient of the line on a graph, you need to divide the changein the vertical axis by the change in the horizontal axis.
It means that the object was accelerating or decelerating at least part of the time.
You divide the distance by the time.You divide the distance by the time.You divide the distance by the time.You divide the distance by the time.
no, you need to know its initial velocity to determine this; if initial velocity is zero then distance is 1/2 acceleration x time squared
Acceleration= Distance divided by time
You divide the mass by the weight, to get the gravitational acceleration. Then you use the fact that this gravitational acceleration, or gravitational field, is inversely proportional to the square of the distance. The distance should be calculated from the center of the Earth.
The only thing that causes or influences acceleration of an object is force.
Here are some things that can be determined from a distance-time graph:Total distance travelled, at a particular time.Average velocity at a particular time (take the distance at that point and divide by the elapsed time).If you can determine the slope at a particular point, then you can determine instantaneous velocity.You can tell the direction that the object is travelling: away from the starting point (positive slope) or toward the starting point (negative slope).* * * * * If you can determine the second derivative of the graph, you can calculate the instantaneous acceleration as well.
If you multiply an object's mass by the acceleration of gravity, g, you can determine its weight. If you know an object's weight and divide by g, you can determine its mass. g = 9.8 m/s2 or 32.2 ft/s2 (on Earth)
Just use Newton's Second Law. That is, divide the force by the acceleration.
To determine the acceleration of an object, you must calculate its change in velocity per unit of time.
To calculate the gradient of the line on a graph, you need to divide the changein the vertical axis by the change in the horizontal axis.
Acceleration in meters per second squared is determined by dividing Force by mass: a = F/m
It means that the object was accelerating or decelerating at least part of the time.