Example 2.1. on pg 30
... A1500kg car moving at 15m/s collides with a utility pole and is brought to a rest in .3sec. Find the average force exerted on the car during the collision. F = (1500kg)(0m/s-15m/s)/.3sec = -75000N The negative sign means the force is in the opposite direction of the car’s velocity. Go over example 6 ...
... A1500kg car moving at 15m/s collides with a utility pole and is brought to a rest in .3sec. Find the average force exerted on the car during the collision. F = (1500kg)(0m/s-15m/s)/.3sec = -75000N The negative sign means the force is in the opposite direction of the car’s velocity. Go over example 6 ...
During a relay race, runner A runs a certain distance due north and
... the particle. In which region is the magnitude of the force largest and in which region is it smallest? A - B (largest), D (smallest) B - C (largest), B (smallest) C - A (largest), D (smallest) D - C (largest), A (smallest) E - A (largest), C (smallest) 41. You have two springs. One has a greater s ...
... the particle. In which region is the magnitude of the force largest and in which region is it smallest? A - B (largest), D (smallest) B - C (largest), B (smallest) C - A (largest), D (smallest) D - C (largest), A (smallest) E - A (largest), C (smallest) 41. You have two springs. One has a greater s ...
Newton`s Laws
... Each force is the same size. For every action, there is an equal ... (equal!). The fact that the firefly splatters only means that with its smaller mass, it is less able to withstand the larger acceleration resulting from the interaction. ...
... Each force is the same size. For every action, there is an equal ... (equal!). The fact that the firefly splatters only means that with its smaller mass, it is less able to withstand the larger acceleration resulting from the interaction. ...
Note that in the following three figures, which show
... We learned earlier that if an object is at rest, then the total of all the external forces acting on it must be zero. If we are also considering the possibility of rotational motion, we must add a second condition for a body at rest: The net torque of all the external forces acting on the body, wit ...
... We learned earlier that if an object is at rest, then the total of all the external forces acting on it must be zero. If we are also considering the possibility of rotational motion, we must add a second condition for a body at rest: The net torque of all the external forces acting on the body, wit ...
