2. Mike's car, which has a mass of 1,000.0 kg, is out of gas. Mike is trying to push the car to

a gas station, and he makes the car go 0.05 m/s/s. Using Newton's Second Law, you can

compute how much force Mike is applying to the car.

6. A car is approaching a hill at 30 m/s when its engine is stopped at the bottom of the hill. The car moves up the hill with an acceleration of - 2 m/s/s. Determine the maximum distance the car travels up the hill.

A hailstone traveling with a velocity of 43 meters per second comes to a virtual stop at 0.28 seconds after hitting water. what is the magnitude of it acceleration in water

What is the radius of Jupiter?

Scientists classify rocks by

Question 3 You see the coordinates 5 E longitude, 10 N latitude. You do not need to look at a map in order to deduce that this location is a. near both the equator and the prime meridian Selected: b.

Which of the following statements accurately describes the sign of the work done on the box by the force of the push? 1 - positive 2 - negative 3 - zore

Which object has the most gravitational potential energy? A. an 8 kg book at a height of 3m B. an 5 kg book at a height of 3 m C. A 5 kg book at a height of 2 m D. a book at a height of 2 m

A moving object has a kinetic energy of 150 j and a momentum with a magnitude of 30.0 kg•m/s. determine the mass and speed of the object

How does changing depth affect water pressure

The mass of a rigid rod is 0.60 kg and its length is 39.0 cm. Calculate the moment of inertia (in kg · m2) for the rod if it is pivoted about an axis through the center of mass of the rod. (Assume the axis is perpendicular to the rod.