PPP- Review for Semester Exam
... would happen to the frictional resistance an object would meet if it went from rest to some velocity? ...
... would happen to the frictional resistance an object would meet if it went from rest to some velocity? ...
Semester 1 – Review Problems
... 11. What is the acceleration of the car if the tow truck pulls with 10,000 N of force? 12. Assuming the tow truck can maintain this force, how long would it take to move the car 132 m? 13. What would be the tow truck’s speed at this time? Now that the tow truck is moving at roughly the speed limit, ...
... 11. What is the acceleration of the car if the tow truck pulls with 10,000 N of force? 12. Assuming the tow truck can maintain this force, how long would it take to move the car 132 m? 13. What would be the tow truck’s speed at this time? Now that the tow truck is moving at roughly the speed limit, ...
Air Resistance Force
... (gain speed) because there is no force big enough to balance the downward force of gravity. • As an object gains speed, it encounters an increasing amount of upward air resistance force. • objects will continue to accelerate (gain speed) until the air resistance force increases to a large enough val ...
... (gain speed) because there is no force big enough to balance the downward force of gravity. • As an object gains speed, it encounters an increasing amount of upward air resistance force. • objects will continue to accelerate (gain speed) until the air resistance force increases to a large enough val ...
Review - Hingham Schools
... Know a vector has magnitude and direction. Be able to draw vectors tip-to-tail. Know the resultant is the vector that points from the start to the finish when 2 or more vectors are drawn tip-to-tail. Be able to find the resultant graphically and algebraically. Be able to identify and diagram the for ...
... Know a vector has magnitude and direction. Be able to draw vectors tip-to-tail. Know the resultant is the vector that points from the start to the finish when 2 or more vectors are drawn tip-to-tail. Be able to find the resultant graphically and algebraically. Be able to identify and diagram the for ...
Sample Questions
... A) sports medicine B) kinesiology C) physical therapy D) two of the above are true E) all of the above are true Answer: E 2. A qualitative analysis requires: A) framework within which skilled performances can be observed B) set of principles within which movement can be analyzed C) checklist to use ...
... A) sports medicine B) kinesiology C) physical therapy D) two of the above are true E) all of the above are true Answer: E 2. A qualitative analysis requires: A) framework within which skilled performances can be observed B) set of principles within which movement can be analyzed C) checklist to use ...
hw 1 forces - Uplift Education
... 17. When a 1000-N barrel is sinking through the water at a constant speed, what is the upward force of the water on the barrel? 18. If a woman weighs 500 N on Earth, what would she weigh on Jupiter, where the acceleration of gravity is 26 m/s2? 19. Suppose a cart is being moved by a certain net forc ...
... 17. When a 1000-N barrel is sinking through the water at a constant speed, what is the upward force of the water on the barrel? 18. If a woman weighs 500 N on Earth, what would she weigh on Jupiter, where the acceleration of gravity is 26 m/s2? 19. Suppose a cart is being moved by a certain net forc ...
Forces and Newton`s Laws
... 1. Electric Forces -- forces caused by the interaction of electrons. Most forces we deal with are electric. For example, when you push an object you are creating electric forces between the electrons in your hand and the electrons in the object. Mechanical and frictional forces are electrical ...
... 1. Electric Forces -- forces caused by the interaction of electrons. Most forces we deal with are electric. For example, when you push an object you are creating electric forces between the electrons in your hand and the electrons in the object. Mechanical and frictional forces are electrical ...
Normal Force
... 1st Law: A body acted on by no net force moves with constant velocity (which may be zero) ...
... 1st Law: A body acted on by no net force moves with constant velocity (which may be zero) ...
CM and gravitational force summary
... • Basically he hypothesized that the Moon falls around the Earth for the same reason an object (like an apple?) falls toward the Earth…an attractive force he called GRAVITY path of projectile without gravity Assuming no air resistance… Newton reasoned that if one could launch a projectile with suff ...
... • Basically he hypothesized that the Moon falls around the Earth for the same reason an object (like an apple?) falls toward the Earth…an attractive force he called GRAVITY path of projectile without gravity Assuming no air resistance… Newton reasoned that if one could launch a projectile with suff ...
CH. 6 Sec. 2
... 16. What reaction force pushes on a jumping rabbit’s legs? a. friction b. gravity c. Earth pushing upwards d. the rabbit pushing on Earth 17. What is the reaction force that sends a space shuttle into space? a. thrusters pushing on Earth’s gravity b. thrusters pushing on exhaust gases c. gases pushi ...
... 16. What reaction force pushes on a jumping rabbit’s legs? a. friction b. gravity c. Earth pushing upwards d. the rabbit pushing on Earth 17. What is the reaction force that sends a space shuttle into space? a. thrusters pushing on Earth’s gravity b. thrusters pushing on exhaust gases c. gases pushi ...
Newton`s Second Law
... If we add a second dog pulling with 100N just like the first dog, we could pull the sled with twice the acceleration, provided the mass of the sled was constant. ...
... If we add a second dog pulling with 100N just like the first dog, we could pull the sled with twice the acceleration, provided the mass of the sled was constant. ...
Force, Work and Power
... The Effects of force on a spring(Hook’s Law) • The extension of a spiral spring is directly proportional to the force stretching it. • It is found that by adding equal weights to the spring will extend it in equal amounts. ...
... The Effects of force on a spring(Hook’s Law) • The extension of a spiral spring is directly proportional to the force stretching it. • It is found that by adding equal weights to the spring will extend it in equal amounts. ...
Newton`s First Law - Inertia
... The planets would move in straight lines at constant speed (velocity) No, we don’t know the reason why objects persist in their motion when nothing acts on them, but we call this property inertia. We understand many things – but some things – gravity and inertia for example, are still unexplained. ...
... The planets would move in straight lines at constant speed (velocity) No, we don’t know the reason why objects persist in their motion when nothing acts on them, but we call this property inertia. We understand many things – but some things – gravity and inertia for example, are still unexplained. ...
