Falling Chain Name: Date:
... 1. Set up lab as shown in diagram 2. Calibrate the force sensor 3. Take a paper clip and hook it on the force sensor and hook the bucket on the paperclip and open force sensor program 4. Find mass of bucket using force sensor program use formula (weight / gravity) to find mass 5. Put the chain in th ...
... 1. Set up lab as shown in diagram 2. Calibrate the force sensor 3. Take a paper clip and hook it on the force sensor and hook the bucket on the paperclip and open force sensor program 4. Find mass of bucket using force sensor program use formula (weight / gravity) to find mass 5. Put the chain in th ...
Chapter 3 Notepacket
... d. The fact that birds do catch worms form high tree branches seemed to be clear evidence that Earth must be at rest. 33. Objects move with ______________________. a. You can refute this argument using the idea of ______________________________. b. Earth moves __________________ km/s, but so do the ...
... d. The fact that birds do catch worms form high tree branches seemed to be clear evidence that Earth must be at rest. 33. Objects move with ______________________. a. You can refute this argument using the idea of ______________________________. b. Earth moves __________________ km/s, but so do the ...
Gravitation
... derived from K.T.L and the formula for kinetic energy we can define the kinetic energy of an object in a bit more detail when it is in orbit around a body. ...
... derived from K.T.L and the formula for kinetic energy we can define the kinetic energy of an object in a bit more detail when it is in orbit around a body. ...
Unit 2
... • the greater the distance between two objects, the smaller the gravitational force • the force of gravity decreases by the amount equal to one divided by the distance (d) squared ...
... • the greater the distance between two objects, the smaller the gravitational force • the force of gravity decreases by the amount equal to one divided by the distance (d) squared ...
Gravitational Potential Energy
... represents the height of the object and g represents the gravitational field strength (9.8 N/kg on Earth) - sometimes referred to as the acceleration of gravity. ...
... represents the height of the object and g represents the gravitational field strength (9.8 N/kg on Earth) - sometimes referred to as the acceleration of gravity. ...
Magnetic Deflection of Electrons
... charge, the direction of motion changes but not the speed. We can see this from the fact that work changes kinetic energy but no work is done because force is perpendicular to displacement at all times. If the velocity is perpendicular to the magnetic field, the resulting motion is circular, as illu ...
... charge, the direction of motion changes but not the speed. We can see this from the fact that work changes kinetic energy but no work is done because force is perpendicular to displacement at all times. If the velocity is perpendicular to the magnetic field, the resulting motion is circular, as illu ...
PHYS2330 Intermediate Mechanics Quiz 13 Sept 2010
... E. You need to know the value of the drag coefficient to choose from the above. ...
... E. You need to know the value of the drag coefficient to choose from the above. ...
Slide 1
... Reminder: o The forces are equal and in the opposite direction o The form of the force law is: F = keq1q2/r2 o The nature of the interaction between charge is described using An electric field On a diagram the field is represented by lines emerge from a source (positive charge) end in a sin ...
... Reminder: o The forces are equal and in the opposite direction o The form of the force law is: F = keq1q2/r2 o The nature of the interaction between charge is described using An electric field On a diagram the field is represented by lines emerge from a source (positive charge) end in a sin ...
Basic Biomechanics, (5th edition) by Susan J. Hall, Ph.D.
... • Can favor either force or speed, depending on length of Farm and Rarm. ...
... • Can favor either force or speed, depending on length of Farm and Rarm. ...
PHYS102 - LAB 2- Millikan Oil Drop 2012_w_Procedure
... The observation of the velocity of the drop rising and falling in an electric field then permits a calculation of the net force on the sphere, and therefore, the net charge it carries. In this experiment, we determine the total charge on a droplet. By analyzing the data obtained, the charge of a sin ...
... The observation of the velocity of the drop rising and falling in an electric field then permits a calculation of the net force on the sphere, and therefore, the net charge it carries. In this experiment, we determine the total charge on a droplet. By analyzing the data obtained, the charge of a sin ...
