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What happens if a car is moving at a constant speed?

What happens if a car is moving at a constant speed?

For example, when a car travels at a constant speed, the driving force from the engine is balanced by resistive forces such as air resistance and friction in the car’s moving parts. The resultant force on the car is zero.

What does it mean when an object is moving at a constant speed?

Motion with Constant Velocity: When an object is moving with constant velocity, it does not change direction nor speed and therefore is represented as a straight line when graphed as distance over time. You can also obtain an object’s velocity if you know its trace over time.

Is it possible for an object moving with a constant speed to acceleration?

Yes. Even though the initial and final speeds are the same, there has been a change in direction for the object. Thus, there is an acceleration. This explains why an object moving in a circle at constant speed can be said to accelerate – the direction of the velocity changes.

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Is it possible for a car to be Travelling at a constant velocity if the total force on the car is equal to zero?

No. For example, the car could be traveling at constant speed around a corner. In this case it`s direction is changing and therefore it`s velocity is changing.

What forces act on a moving car?

A car moving at a constant speed (uniform motion) has all forces acting on it balanced. In this case, the two backward forces (air resistance and friction) perfectly balance the applied force of the wheels on the road in the opposite direction.

What is a constant moving?

Constant motion refers to any type of motion when either the distance traveled by the object is the same for each second, or the speed of the object changes by the same amount each second. If you methodically take one step every half second, you are moving with a constant speed, one type of constant motion.

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What factors do you need to determine if an object is moving?

You can describe the motion of an object by its position, speed, direction, and acceleration. An object is moving if its position relative to a fixed point is changing.

When an object moves with constant speed in a circular path?

Constant velocity means that both the speed and direction do not change. An object moving in a circular path with constant speed does not have a constant velocity because the direction of the velocity is constantly changing. This implies that an object moving at a constant speed in a circular path is accelerating.

What is the speed of a car going 150 km in 7200s?

75 Km/hr.
The total distance traveled by car is 150Km and the total time taken is 7200 seconds which is equal to 2 hours. Hence the speed for the entire distance traveled is calculated as 75 Km/hr.

Can the net force be constant if the velocity is constant?

The net force equals mass times acceleration. If the net force is not zero, velocity cannot be constant. The speed can be constant if you have a centripetal net force, perpendicular to velocity. So force equals mass times acceleration. What happens then if we pushed a box horizontally without fiction at constant speed?

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How do you find the force required to move a car?

While according to Newton’s Second law of motion. So, if you know the mass of car and the acceleration with which you wanna move the car, then you can easily find the force to move the car. And second thing that also can be involved is the mass of car whether it is a large car or a small car, you want to move.

How much force does it take to push a car?

On flat level ground with the car in neutral, I can easily push a car and make it roll, with I’m guessing about 50 pound of force or so. Once started rolling (overcoming the static friction), you can keep it moving at a slow constant speed with just a few pounds of force to overcome the rolling friction of the tires.

What is the formula for force in physics?

Force Equation F = m a Newton’s second law states that force is proportional to what is required for an object of constant mass to change its velocity. This is equal to that object’s mass multiplied by its acceleration.