Force and Motion Full Unit
... • Objects with more mass have more inertia than an object with a smaller mass. • It’s harder to make a large object move or change the speed and direction of it when it’s moving. ...
... • Objects with more mass have more inertia than an object with a smaller mass. • It’s harder to make a large object move or change the speed and direction of it when it’s moving. ...
Linear Air Resistance
... which is again a first-order differential equation which is not so different from the one for horizontal motion. We can most easily see this by making a change of variable and writing u v y vter u v y ...
... which is again a first-order differential equation which is not so different from the one for horizontal motion. We can most easily see this by making a change of variable and writing u v y vter u v y ...
potential energy
... conservative force equals the decrease in the potential energy of the system The work done by such a force, F, is ...
... conservative force equals the decrease in the potential energy of the system The work done by such a force, F, is ...
Rolling friction on a wheeled laboratory cart
... and PSSC’s ‘Dynamics Cart’. Nevertheless, there exists confusion about how to simply and accurately model the resistance that such carts encounter when they move on level or inclined tracks. For example, two articles [1, 2] refer to the friction experienced by the carts as ‘kinetic’, which is incorr ...
... and PSSC’s ‘Dynamics Cart’. Nevertheless, there exists confusion about how to simply and accurately model the resistance that such carts encounter when they move on level or inclined tracks. For example, two articles [1, 2] refer to the friction experienced by the carts as ‘kinetic’, which is incorr ...
The work-energy theorem
... with an elastic band provides insight into the work-energy theorem. In this investigation, you will investigate the way in which the work-energy theorem allows you to determine the kinetic energy of the ...
... with an elastic band provides insight into the work-energy theorem. In this investigation, you will investigate the way in which the work-energy theorem allows you to determine the kinetic energy of the ...
ISNS3371_012507_bw - The University of Texas at Dallas
... Throwing a baseball Nuclear energy (nuclear fusion on sun) - Radiative energy (sunlight) - Chemical energy (photosynthesis) - Chemical energy in pitcher’s body (from eating plants) - Mechanical kinetic energy (motion of arm) - Mechanical kinetic energy (movement of the baseball). Thus, ultimate sour ...
... Throwing a baseball Nuclear energy (nuclear fusion on sun) - Radiative energy (sunlight) - Chemical energy (photosynthesis) - Chemical energy in pitcher’s body (from eating plants) - Mechanical kinetic energy (motion of arm) - Mechanical kinetic energy (movement of the baseball). Thus, ultimate sour ...
Hunting oscillation
Hunting oscillation is a self-oscillation, usually unwanted, about an equilibrium. The expression came into use in the 19th century and describes how a system ""hunts"" for equilibrium. The expression is used to describe phenomena in such diverse fields as electronics, aviation, biology, and railway engineering.