Get Solved PHYS 101 Quiz Newton’s Laws
Get Solved PHYS 101 Quiz Newton’s Laws
- An aircraft weighs 1,500 N, and its mass is
- Two cars crash head-on. At any given time during the crash, the magnitudes of the collision forces exerted on each car are exactly equal. This is an example of Newton’s
- You throw a ball straight up, it peaks out and then comes back down to you. During this motion, the velocity and acceleration
- You roll a ball off a table and at the same time drop a second ball straight down from the edge of the table. The second ball reaches the ground ____________ the first ball reaches the ground.
- Where is the Sun located relative to a planet’s orbit about it?
- As a space shuttle is launched into orbit, the direction of its acceleration
- An astronaut in a space suit has a total mass of 143.5 kg and is standing on a scale that reads in newtons inside an elevator. If the elevator accelerates upward at the rate of 1.8 m/s2, what does the scale read?
- Which statement is incorrect? The gravitational force on an orbiting satellite due to the Earth
- The SI units of acceleration are
- How was the value of G first determined?
- A body is oscillating up and down at the end of spring. Let’s consider when the body is at the top of its up-and-down motion.
- At the highest point on the path of a projectile, its vertical acceleration
- An A188-pound astronaut in a training exercise experiences an acceleration of 7.2 g. What is the net force (in newtons) acting on the astronaut?
- As a body falls through air starting from rest, its velocity
- The SI units of velocity are
- A newton is larger than a pound.
- You push on a wall, and the wall pushes back on you with the same force. This is an example of Newton’s third law.
- The direction of a field line at a point in space shows the direction of the force that would act on a body placed at the point.
- When a car goes around a curve of a smaller and smaller radius, the centripetal force on it decreases.
- A body is oscillating up and down at the end of spring. Let’s consider when the body is at the top of its up-and-down motion.
- An aircraft weighing 1,500 N has a mass of approximately 150 kg.
- A body is oscillating up and down at the end of spring. Let’s consider when the body is at the top of its up-and-down motion.
- When a body moves in a straight line with increasing speed, the net force on it must be increasing.
- If a body were in orbit very near the surface of the Earth, its centripetal acceleration would be equal to g.
- You throw a ball straight up, it peaks out and then comes back down to you. During this motion, the velocity and acceleration always point in the same direction.
- Select the closest matching pairs possible. 3 pts for each response.
- From 2 King 6:1-6, one of the disciples of Elisha was cutting a tree and the ax head fell into the water. While we do not know how high the ax head was when it fell into the water, we will work through a physics example of the ax head’s vertical motion as if it were dropped into the water.





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