
5. Find the current in the 10.0 omega resistor in the drawing (V1 = 22.0 V and R1 = 24.0 omega). in A https://general.physics.rutgers.edu/gifs/CJ/2025.gif

4. Determine the voltage across the 5.0 omega resistor in the drawing (V1 = 11.0 V and V2 = 16.0 V). in V https://general.physics.rutgers.edu/gifs/CJ/2024.gif

3. Determine the equivalent resistance between the points A and B for the group of resistors in the drawing. Use R1 = 7 omega, R2 = 3 omega, and R3 = 8 omega. Req = in omega https://general.phys

http://www.csupomona.edu/~pbsiegel/physprobs/p131b16/ProblemsApp.html let me know what did you choose for n1 and n2? thanks

http://www.csupomona.edu/~pbsiegel/physprobs/p131b13/ProblemsApp.html please mention wha is n1 and n2 thanks

In a hydraulic process (as pictured above), a 20 kg load on the left piston will support a 600 kg load on the right piston. How does the pressure of fluid against the lower part of the left pis

Each plate of a parallelplate air capacitor has an area of 0.0080 m2, and the separation of the plates is 0.090 mm. An electric field of 4.2 x 106 V/m is present between the plates. The surface charg

Please see attached Statics problem. Thanks.

1)If it takes an average force of 8.95 N to push a 3.79g dart 4.79 cm into a dart gun, assuming the barrel is frictionless, how fast will the dart exit the gun? 2)A cannonball of mass 5.65 kg is

1)At the 2004 Olympics Games in Athens, Greece, the Iranian athlete Hossein Reza Zadeh won the superheavyweight class gold medal in weightlifting. He lifted 472.5 kg (1041 lb) combined in his two bes
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 The Earth’s rate of rotation is constantly decreasing, causing the day to increase in duration. In the year 2000 the Earth takes about 0.548 s longer to complete 365 revolutions than it did in the year 1900.
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1. Can you show me step by step how to solve this problem?:
 A spherical balloon is made from a material whose mass is 3.00kg. The thickness of the material is negligible compared to the 1.5m radius of the balloon. The balloon is filled with helium (He) at a temperature of 305degrees K and just floats in the air, neither rising nor falling. The density of the surrounding air is 1.19kg/m^3. Find the absolute pressure of the helium gas
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