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A 6.00 Ω resistor is mounted in parallel with a resistor R=11.5 Ω, and this combination is connected in series with an 7.50 Ω resistor and a 14.0 Volts battery. What is the current through the R resistor?
A 63.7 kg canoeist stands in the middle of her canoe. The canoe is 3.0 m long, and the end that is closest to land is 2.5 m from the shore. The canoeist now walks toward the shore until she comes to the end of the canoe. Suppose the canoeist is 3.4 m..
A cannon is fired from the ground. The cannonball initially travels with a speed of 300 m/s at an angel of 25 degrees with respect to the ground, What is the cannonballs maximum height
Assume a constant upward slope of 32; calculate the horizontal and vertical components of the acceleration of a truck that slowed from 140 to rest in 7.3.
consider a 150 ohm and 180 ohm resistor connected in a parallel combination with a 9 volt battery. determine the total resistance of the parallel combination.
on a horizontal, frictionless table, an open-topped 5.30-kg box is attached to an ideal horizontal spring having force constant 360 N/m. Find the period of the resulting motion of the box
What is effectiveness of battery as an energy storage device
A 17.0 m-long copper wire, 3.00 mm in diameter including insulation, is tightly wrapped in a single layer with adjacent coils touching, What is the length of the solenoid
Two photons are produced when a proton and an antiproton annihilate each other. What is the minimum frequency and corresponding wavelength of each photon?
A piece of copper tubing used in plumbing has a length of 85.0cm and an inner diameter of 1.40cm at 20 degrees C. When hot water at 90 degrees C flows through the tube, what is the change in its cross-sectional area?
Suppose the pressure in a container of soda is 15 atm. At 25oC, the Henry's Law constant for CO2 in water is 1.61 x 103 atm. Estimate the mole fraction of dissolved carbon dioxide in the soda
A motorist traveling at 10.0 m/s down a street and a police officer on a motorcycle taking additional 5.00 sec to finish his donut gives a chase at an acceleration of 2.00m/s2. Calculate the time required to catch the car
the angle between 2 electrons is 65 degrees. if two electrons are each 2.10times10-10 m from a proton find the
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