Mass D. All of the An astronaut travels to a newly discovered planet. He is able to jump a lot higher on this planet than he can on Earth. The gravity on this new planet must be…. Less than C. You can’t tell More than D. The same as Earth’s A box sits on a table. The force of the table pushing up on the box is the… Frictional force C. Normal force Gravitational force D. Applied force A box sits on a table. The box’s weight pulling it down is the... Frictional force C. Normal force Gravitational force D. Applied force Inertia depends ONLY on… Acceleration C. Gravity Applied force D. mass Acceleration is when an object… Slows down C. Changes direction Speeds up D. All of the above TRUE OR FALSE: If it is false, EXPLAIN WHY. A car is driving at a constant speed of 3 m/s. The forces on the car are balanced. A car is stopped at a light. The forces on the car are unbalanced. A car is slowing down is sees a police car. The forces on the car are balanced. A box is pushed across a causing it to speed up. The applied force must be larger than the frictional force. An elevator is rising at a constant speed. The tensional force must be larger than the gravitational force.
Mass D. All of the An astronaut travels to a newly discovered planet. He is able to jump a lot higher on this planet than he can on Earth. The gravity on this new planet must be…. Less than C. You can’t tell More than D. The same as Earth’s A box sits on a table. The force of the table pushing up on the box is the… Frictional force C. Normal force Gravitational force D. Applied force A box sits on a table. The box’s weight pulling it down is the... Frictional force C. Normal force Gravitational force D. Applied force Inertia depends ONLY on… Acceleration C. Gravity Applied force D. mass Acceleration is when an object… Slows down C. Changes direction Speeds up D. All of the above TRUE OR FALSE: If it is false, EXPLAIN WHY. A car is driving at a constant speed of 3 m/s. The forces on the car are balanced. A car is stopped at a light. The forces on the car are unbalanced. A car is slowing down is sees a police car. The forces on the car are balanced. A box is pushed across a causing it to speed up. The applied force must be larger than the frictional force. An elevator is rising at a constant speed. The tensional force must be larger than the gravitational force.
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