A real car weighs more and can move on a high powered engine.
Because mommentum is calculated based on the product of the mass and velovity of an object, since a real car has a mass far greater than a toy car, it will be the tie breaker when they are going the same speed, multiplying a mass 5000kg by 20km/h will yield a momentum far greater than, say 1kg x 20km/h. Because mommentum is calculated based on the product of the mass and velovity of an object, since a real car has a mass far greater than a toy car, it will be the tie breaker when they are going the same speed, multiplying a mass 5000kg by 20km/h will yield a momentum far greater than, say 1kg x 20km/h.
you push it
yes
Derek Fisher
family feud rocks marbles frog dirt worms candy toy car
The real car has more mass than the toy car, which contributes to its higher momentum despite moving at the same speed. Momentum is defined as the product of an object's mass and its velocity, so the real car's greater mass results in greater momentum.
yes.. if it matters for a real car then it does for a toy car.. gravity and momentum either way
The total momentum of the system doesn't change. In this case, it refers to the momentum of the toy truck plus the momentum of the toy car.
butholes
Collisions in the normal setting of life on Earth are complicated. Moving objects lose energy to air friction. Momentum in many cases is transferred to the Earth, where it becomes invisible, because it is such a tiny fraction of the Earth's total momentum. A toy truck and a toy car could collide in such a way that they both stop moving, but that does not mean that momentum has disappeared; it means that since they were moving in opposite directions in the first place, the algebraic sum of their momentum was zero in the first place. In outer space, you could see a simpler example of how momentum is transferred from one moving object to another, and how it is conserved. Momentum is always conserved, but often in such a complicated way that it is not easily perceived.
yes the momentum of it is the same because P initial = P final ALWAYS!
Because mommentum is calculated based on the product of the mass and velovity of an object, since a real car has a mass far greater than a toy car, it will be the tie breaker when they are going the same speed, multiplying a mass 5000kg by 20km/h will yield a momentum far greater than, say 1kg x 20km/h. Because mommentum is calculated based on the product of the mass and velovity of an object, since a real car has a mass far greater than a toy car, it will be the tie breaker when they are going the same speed, multiplying a mass 5000kg by 20km/h will yield a momentum far greater than, say 1kg x 20km/h.
Not necessarily. The distance a toy car travels depends on various factors like the force applied, the surface it's moving on, and the friction. A heavier toy car may have more momentum, but a lighter toy car may be able to move faster with less effort.
In an isolated system (where no external forces are acting), the total momentum of the system remains constant before and after the collision. This is known as the law of conservation of momentum.
You cannot get a real car that you drive if you are over 16 however you can buy a toy car for a dollar. You can find more about this on the internet.
because a toy car has smaller wheels and is remote controlled and a real car has bigger wheels and runs on gas
Yes, the weight of a toy car can impact its speed going down a ramp. Heavier cars may have more momentum and force, which can make them travel faster down the ramp compared to lighter cars with less momentum. However, factors like friction and the angle of the ramp can also affect the speed of the car.