Yes. The weight of the car will cause the force of gravity to push it down with seemingly more force than the lighter car. And so this would make the car go faster down a slanted surface, which is the ramp.
weight won't affect it. like a feather and Bowling ball falling in a vacuum, gravity affects them the same. two cars of different weights should travel at the same speed. however air resistance does come into play in real world situations and that would affect the lighter car
Barring impediment from friction or obstruction, it will travel all the way down the ramp.
The area is bigger so big wheel goes further than smaller wheel.
In some cases they are, but most of the time those are rare occasions.
bigger wheels have bigger circumferences.If a wheel is twice as big as a smaller wheel,its distance is twice as far
The weight of the car will cause the force of gravity to push it down with seemingly more force than the lighter car. And so this would make the car go faster down a slanted surface, which is the ramp.
Yes. The height of the ramp does affect the speed going down it the higher the ramp the faster the car goes down it
The cart will go faster if the angle increases.
A heavier toy car is better to go down a ramp and make a jump better than a light car because the heavier the toy car is, the faster gravity will force it to roll down the ramp, and with all its speed, be able to make the jump. Of course, you wouldn't want to make the toy car so heavy so that it barely or doesn't move at all. Just like drops of water when it's raining outside and a few drops hit your window. The heavier drops drip off faster than the smaller ones, and that goes the same with cars, too.
Yes, the weight of an object going down a ramp has an effect on its speed. Imagine a ramp . one with nothing in it , and a nothing with a person. a ramp or hill . and you give each a push at the same time which one will get down faster , the one with more weight because the force of the person on the front will make it faster. or you could do one at a time , and time each . either way the one with more weight is faster.
The weight of the car will cause the force of gravity to push it down with seemingly more force than the lighter car. And so this would make the car go faster down a slanted surface, which is the ramp.
no it does not
The larger the angle of the ramp, the faster the car will go down it.
Yes. The height of the ramp does affect the speed going down it the higher the ramp the faster the car goes down it
The cart will go faster if the angle increases.
Generally, the car should go faster.
A heavier toy car is better to go down a ramp and make a jump better than a light car because the heavier the toy car is, the faster gravity will force it to roll down the ramp, and with all its speed, be able to make the jump. Of course, you wouldn't want to make the toy car so heavy so that it barely or doesn't move at all. Just like drops of water when it's raining outside and a few drops hit your window. The heavier drops drip off faster than the smaller ones, and that goes the same with cars, too.
Faster. You see, adding more mass to the object pulls it down faster than when it had a lesser amount. Now that you've added more mass to your car, the gravitational pull will allow it to zoom on down the ramp. Forget about driving that thing UP the ramp! (:
Yes, the weight of an object going down a ramp has an effect on its speed. Imagine a ramp . one with nothing in it , and a nothing with a person. a ramp or hill . and you give each a push at the same time which one will get down faster , the one with more weight because the force of the person on the front will make it faster. or you could do one at a time , and time each . either way the one with more weight is faster.
The velocity increases due to the fact, the ramp is facing downwards in a certain angle. The longer the ramp, the faster the cart will travel!
Yes, that is true because of kinetic energy, If something is heavy and you roll it down fast, then kinetic energy builds up.All other things being equal the mass of the ball has no effect on its acceleration. A fact discovered by Galileo.
The heavy the crayon, it will roll down but it needs force to move it back up