Without knowing the momentum, it cannot be determined b. A force equal in size and opposite in direction According to Newtons third law of motion, when a force is exerted on an object what does the second force produce? A force larger in speed and opposite in direction d. A force moving in the same direction and it is the same size c.
A force equal in speed and in the same direction b. How could she increase the acceleration of the man? Have the man sit Indian style on the chair A student is pushing a 100 kg man in a chair with all the strength she can generate. Have the man in the chair put his feet on the floor d. Have the man in the chair hold 50 kg of bricks c. Have another student help push the chair b.
The ball will explode due to friction If an astronaut throws a ball in space, when will the ball stop? The ball will not move in space for more than 5 km d. The ball will slow down and eventually come to a stop c. The ball will remain in motion forever or until it hits another object b. What is the heros resultant velocity during the chase? a.3 m/s forwardc.30 m/s forward b.24 m/s forwardd.36 m/s forward Hes chasing a villain at a rate of 6 m/s toward the front of the train.
Average speed and direction traveled What does one need to know to be able to calculate an objects acceleration?
Starting velocity, final velocity, and the time it takes to change velocity d. Starting point, endpoint, and the objects mass c.
If the driver of a car suddenly makes a sharp turn, why will the passenger slide to the other side of the car? a.frictionc.inertia b.gravityd.Given the formula (F=ma), how much force is needed to accelerate a 62 kg rider and her 300 kg scooter at 6 m/s/s? a.300 Nc.2172 N b.200 Nd.8.33 N.Given the formula, (average speed =total distance divided by total time), what is the birds average speed if it flies 150 m for 10 s, then 200 m for 10 s, and then 100 m for 5 s? a.150 m/sc.18 m/s b.100 m/sd.8.33 m/s.