lec12 - UConn Physics
... » Work & Energy. » Work of a constant force. » Work of a non-constant force. » Work - Energy Theorem. ...
... » Work & Energy. » Work of a constant force. » Work of a non-constant force. » Work - Energy Theorem. ...
Word
... WARM UPS 1. Suppose you jumped straight up into the air. In terms of momentum and impulse concepts, why is it important to bend your knees when landing? 2. You have two blocks with one twice as massive as the other, but the heavier one is moving half as fast. Which one has the greater kinetic energ ...
... WARM UPS 1. Suppose you jumped straight up into the air. In terms of momentum and impulse concepts, why is it important to bend your knees when landing? 2. You have two blocks with one twice as massive as the other, but the heavier one is moving half as fast. Which one has the greater kinetic energ ...
19FMEReview_Solutions
... Aim a hair dryer upward and turn it on. Try to balance a ping pong ball in the stream of air, so that it hovers in place. Describe the forces acting on the ping pong ball while it is in this position. Because the ping pong ball is held (more or less) stationary in the air, all the forces acting on ...
... Aim a hair dryer upward and turn it on. Try to balance a ping pong ball in the stream of air, so that it hovers in place. Describe the forces acting on the ping pong ball while it is in this position. Because the ping pong ball is held (more or less) stationary in the air, all the forces acting on ...
Our last class Class Exercise: Multi
... m(0.9c)2 = 0.4 mc2 or 40% conversion of mass into energy! – Fusion efficiency is only 0.1%. – Assume S/C is Orion with a mass of 9000 kg. Total KE = 3x1020 Joules if it travels at 0.9c. Entire U.S. population energy consumption in 1 year is 9x1016 Joules! Astronomy 2020 – Space Astronomy & Explorati ...
... m(0.9c)2 = 0.4 mc2 or 40% conversion of mass into energy! – Fusion efficiency is only 0.1%. – Assume S/C is Orion with a mass of 9000 kg. Total KE = 3x1020 Joules if it travels at 0.9c. Entire U.S. population energy consumption in 1 year is 9x1016 Joules! Astronomy 2020 – Space Astronomy & Explorati ...
Name: Core: ______ Date: ENERGY REVIEW – INNOVATION LAB
... 15. Why is electricity an incredibly useful form of energy? Electrical energy is an incredibly useful form of energy because it can be generated from many other types of energy and easily transported to new locations. 16. What is the most common form of obtaining energy? The most common method for ...
... 15. Why is electricity an incredibly useful form of energy? Electrical energy is an incredibly useful form of energy because it can be generated from many other types of energy and easily transported to new locations. 16. What is the most common form of obtaining energy? The most common method for ...
File
... We know that a spring obeys Hooke’s law, i.e. its extension, x is proportional to the force applied, F: As the spring extends the applied force must increase to a maximum value, F: ...
... We know that a spring obeys Hooke’s law, i.e. its extension, x is proportional to the force applied, F: As the spring extends the applied force must increase to a maximum value, F: ...
File
... (1) A car uses chemical energy in gasoline to move. What form does the gasoline change into that helps the car to move? a. thermal energy c. mechanical energy b. sound energy d. nuclear energy (2) When you talk on the phone, your voice is converted into electrical energy, which passes over the wires ...
... (1) A car uses chemical energy in gasoline to move. What form does the gasoline change into that helps the car to move? a. thermal energy c. mechanical energy b. sound energy d. nuclear energy (2) When you talk on the phone, your voice is converted into electrical energy, which passes over the wires ...
4 - WordPress.com
... Without considering the air resistance, for the free fall object, at the top, from where the object is being dropped, it has only potential energy and no kinetic energy as velocity is zero. When object is dropped it starts falling down under effect of gravity and as it falls down, its potential ener ...
... Without considering the air resistance, for the free fall object, at the top, from where the object is being dropped, it has only potential energy and no kinetic energy as velocity is zero. When object is dropped it starts falling down under effect of gravity and as it falls down, its potential ener ...
userfiles/269/my files/ch05 notes?id=227
... • List five examples of things you have done in the last year that you would consider work. • Based on these examples, how do you define work? ...
... • List five examples of things you have done in the last year that you would consider work. • Based on these examples, how do you define work? ...
Document
... • If I lift an object, I do work (F x d), and this work is stored as PE. The work done when I lift a mass m up a distance h is, W = F d = (mg) h = mgh • The PE that an object gets when it is lifted by an amount h is called Gravitational Potential Energy ...
... • If I lift an object, I do work (F x d), and this work is stored as PE. The work done when I lift a mass m up a distance h is, W = F d = (mg) h = mgh • The PE that an object gets when it is lifted by an amount h is called Gravitational Potential Energy ...
Forms and Types of Energy energy_and_work1
... Work is the transfer of energy through motion. In order for work to take place, a force must be exerted through a distance. The amount of work done depends on two things: the amount of force exerted and the distance over which the force is applied. There are two factors to keep in mind when decidin ...
... Work is the transfer of energy through motion. In order for work to take place, a force must be exerted through a distance. The amount of work done depends on two things: the amount of force exerted and the distance over which the force is applied. There are two factors to keep in mind when decidin ...
Conservation of Energy - Physics Introductory Labs at Stony Brook
... 3. Level the air track by carefully adjusting the single leveling screw at one end of the track. Rotating the screw will tilt the track one way or the other, so adjust it until the glider remains nearly stationary on the air track. Be sure to tighten the wing nut on the leveling screw when the track ...
... 3. Level the air track by carefully adjusting the single leveling screw at one end of the track. Rotating the screw will tilt the track one way or the other, so adjust it until the glider remains nearly stationary on the air track. Be sure to tighten the wing nut on the leveling screw when the track ...
NAME MIDTERM REVIEW
... height of 3.0 meters above the ground reaches the ground with a kinetic energy of 50. joules. The total work done by friction on the block as it slides down the ramp is approximately A) 6 J ...
... height of 3.0 meters above the ground reaches the ground with a kinetic energy of 50. joules. The total work done by friction on the block as it slides down the ramp is approximately A) 6 J ...
Chapter 13 Work and Energy notes
... Mechanical Advantage a quantity that expresses how much a machine multiplies force or distance. Defined as the ratio between the output force and the input force, or the ratio between the input distance and output distance. Mechanical Advantage equation ...
... Mechanical Advantage a quantity that expresses how much a machine multiplies force or distance. Defined as the ratio between the output force and the input force, or the ratio between the input distance and output distance. Mechanical Advantage equation ...
Physical Science Unit 4 Energy ch
... a. –0.196 J b. 0.196 J c. 0.000 J d. 0.020 J 28. Which of the following energy forms is involved in winding a pocket watch? a. elastic potential energy c. Non-mechanical energy b. gravitational potential energy d. electrical energy 29. As the temperature of an object rises, so does the (SPS7) a. mas ...
... a. –0.196 J b. 0.196 J c. 0.000 J d. 0.020 J 28. Which of the following energy forms is involved in winding a pocket watch? a. elastic potential energy c. Non-mechanical energy b. gravitational potential energy d. electrical energy 29. As the temperature of an object rises, so does the (SPS7) a. mas ...
CHAPTER 7.1
... • 1. Identify the types of energy you have at the top of a staircase and as you go down the stairs. 2. Explain how your body uses chemical energy during exercise. 3. If a food has 10 kcal of energy, how much could it increase the temperature of 100 g of water? ...
... • 1. Identify the types of energy you have at the top of a staircase and as you go down the stairs. 2. Explain how your body uses chemical energy during exercise. 3. If a food has 10 kcal of energy, how much could it increase the temperature of 100 g of water? ...
