The ball would continue moving forward due to inertia, since it wants to keep moving at a constant speed. When the truck suddenly stops, the ball will keep moving forward until it hits the front side of the truck or another object in the truck bed.
A truck moving at 60 mph has more kinetic mechanical energy than a bicycle moving at 15 mph due to the truck's higher mass and velocity. Kinetic energy is proportional to an object's mass and to the square of its velocity.
The large truck moving at 30 miles per hour will have more momentum because momentum is directly proportional to an object's mass and velocity. Since the large truck has more mass than the small truck, it will have more momentum at the same speed.
The action force and reaction force occur on different objects, so they do not cancel each other out. The forward force applied by the truck is on the trailer, causing it to accelerate forward. The equal and opposite reaction force from the trailer acts on the truck, causing it to accelerate in the forward direction.
Yes, a moving semi-truck has significantly more kinetic energy than a moving baby buggy due to its greater mass and velocity. Kinetic energy is directly proportional to an object's mass and the square of its velocity, so the larger and faster-moving semi-truck will have much more kinetic energy than the smaller and slower baby buggy.
It depends on which conditions you are considering. If a tow truck stays then a force is the same for the car and truck. If it is moving forward or backward then the force which is effecting the truck is more because it has to spend some work to move. To understand this process I were you I would draw force diagram and check different conditions of movement.
A Lot!
Newtons law of motion comes into play here. When the brakes are applied the body of the truck will want to continue on its forward motion. The contact of the tyres with the road will try to control that forward motion.
Only if it is moving forward and tide to the truck. Whether or not it is legal is another question. Pulling another vehicle is illegal in most states.
moving truck
Momentum = mass x velocity. You already stated the mass and velocity so you can figure out the momentum.
form_title=Moving Truck Rental form_header=Make your move as simple as possible by renting a moving truck. Get the help you need from a professional mover. How large of a moving truck will you need? =_ How many rooms are you moving? = {(),1,2,3,4,5,6,7,8,9,10,11,12,13,14,15} How long will you be renting the truck for? =_
Pull the glovebox and pull to the left and forward on the ECM...comes right out
Depending on the amount of stuff you have in each bedroom, you can use a 17' moving truck or a 24' moving truck. You can find a packing guide at http://www.hireahelper.com/learning-center/moving-and-packing-guide/the-right-size-moving-truck
Uhaul and Budget truck rental are two of the companies that come to mind when it comes to moving truck rental. They even allow you to pick up the truck in one state and leave it in the other if you are moving far from where you live. I am sure there are others also, there might be a smaller company in your area. However, those are the two that I think most people know of and there are many locations nationwide.
Its still a van, as a truck is a truck
Yes, we offer moving services that do not require a truck.
The principle that might apply here is momentum. Momentum is mass times velocity. What should be pointed out is that velocity is speed that has a direction vector. (If the car is moving ahead in a straight line it is traveling at "x" miles per hour "forward".) The car is moving forward and comes into contact with the truck. That seems to be where the question is looking. The mass of the car times its velocity is its momentum, and this represents the energy that it is carrying into the collision. This energy will have end up being distributed among the various parts and components of the car and the truck that are compressed, deformed and/or broken by the collision. The amount of damage will be proportional to the momentum. The more the momentum (the more the "forward" energy) of the car, the more compression, deformation and breakage there will be. Was everyone wearing seat belts? Are you in good hands?