Dynamics and Space Problem Booklet
... 4. In a tug of war competition, two teams of eight people are competing against each other. The teams start at rest, then each team exerts a total of 5.6 kN of force on the rope. (a) Describe and explain the motion of the teams. (b) What is the average force exerted by each person taking part? (c) O ...
... 4. In a tug of war competition, two teams of eight people are competing against each other. The teams start at rest, then each team exerts a total of 5.6 kN of force on the rope. (a) Describe and explain the motion of the teams. (b) What is the average force exerted by each person taking part? (c) O ...
Coriolis Force
... within the rotating frame of reference, i.e., when we conduct these measurements we are not moving with respect to the earth's surface. However, the motion of a parcel is constrained by conservation of angular momentum in the absolute frame of reference. For the observer in the rotating frame of ref ...
... within the rotating frame of reference, i.e., when we conduct these measurements we are not moving with respect to the earth's surface. However, the motion of a parcel is constrained by conservation of angular momentum in the absolute frame of reference. For the observer in the rotating frame of ref ...
AP1 Oscillations
... EK: 3.B.3 Restoring forces can result in oscillatory motion. When a linear restoring force is exerted on an object displaced from an equilibrium position, the object will undergo a special type of motion called simple harmonic motion. 4.C.1 The energy of a system includes its kinetic energy, potenti ...
... EK: 3.B.3 Restoring forces can result in oscillatory motion. When a linear restoring force is exerted on an object displaced from an equilibrium position, the object will undergo a special type of motion called simple harmonic motion. 4.C.1 The energy of a system includes its kinetic energy, potenti ...
Chapter 4 Forces and Newton’s Laws of Motion continued
... A free-body-diagram is a diagram that represents the object and the forces that act on it. ...
... A free-body-diagram is a diagram that represents the object and the forces that act on it. ...
Explaining motion - Delivery guide
... mass with weight in common usage should be easy enough to deal with, but the profusion of closely-related terms – work, force, energy, power, distance, displacement, speed, velocity and so on – can cause problems if not clarified. It is important here to make sure that learners understand the relati ...
... mass with weight in common usage should be easy enough to deal with, but the profusion of closely-related terms – work, force, energy, power, distance, displacement, speed, velocity and so on – can cause problems if not clarified. It is important here to make sure that learners understand the relati ...
A 1 - Andes Physics Tutor
... incline. How far up the incline does the block slide before coming (momentarily) to rest? 2. .37 g samara -- the winged fruit of a maple tree -- falls toward the ground with a constant speed of 0.9 m/s (Figure 5-29). (a) What is the force of air resistance exerted on the samara? (b) If the constant ...
... incline. How far up the incline does the block slide before coming (momentarily) to rest? 2. .37 g samara -- the winged fruit of a maple tree -- falls toward the ground with a constant speed of 0.9 m/s (Figure 5-29). (a) What is the force of air resistance exerted on the samara? (b) If the constant ...
SHM and Oscillations Clicker Quiz
... A mass oscillates up and down on a spring; the motion is illustrated at right. 1. At which time or times shown is the acceleration zero? A, C, E 2. At which time or times shown is the kinetic energy a maximum? A, C, E 3. At which time or times shown is the potential energy a maximum? B, D ...
... A mass oscillates up and down on a spring; the motion is illustrated at right. 1. At which time or times shown is the acceleration zero? A, C, E 2. At which time or times shown is the kinetic energy a maximum? A, C, E 3. At which time or times shown is the potential energy a maximum? B, D ...
chapter 5 - TeacherWeb
... transparency illustrates a simple situation in which potential energy is defined with respect to position. __ Transparency 18, Elastic Potential Energy This transparency illustrates the distances and lengths involved in compression of a spring. __ Sample Set B, Kinetic Energy, SE This sample and pra ...
... transparency illustrates a simple situation in which potential energy is defined with respect to position. __ Transparency 18, Elastic Potential Energy This transparency illustrates the distances and lengths involved in compression of a spring. __ Sample Set B, Kinetic Energy, SE This sample and pra ...
Physics 231 Topic 7: Oscillations Wade Fisher October 5-10 2012
... Define A = extended “amplitude” of the bungee cord Total extension = jumper’s height + nominal length of the cord + extended length of the cord = h+L+A Must stop before h+L+A = H = 30M, or A = H-L-h Use conservation of ME: ½mv2 + ½kx2 + mgH On top of the bridge: ME = mgH Maximum extension of the cor ...
... Define A = extended “amplitude” of the bungee cord Total extension = jumper’s height + nominal length of the cord + extended length of the cord = h+L+A Must stop before h+L+A = H = 30M, or A = H-L-h Use conservation of ME: ½mv2 + ½kx2 + mgH On top of the bridge: ME = mgH Maximum extension of the cor ...
Student Activity DOC
... Q14. Use the Graph Trace tool to determine two times near the beginning when the acceleration of the anvil is zero and two times when the acceleration is at its maximum value. Record these measurements below. Compare these times to the ones you recorded in question 7 above. What can you infer about ...
... Q14. Use the Graph Trace tool to determine two times near the beginning when the acceleration of the anvil is zero and two times when the acceleration is at its maximum value. Record these measurements below. Compare these times to the ones you recorded in question 7 above. What can you infer about ...
