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A brand new standard household 9-V battery has about the same potential energy as a 2200 lb car at the top of a 1200-ft-high hill.
(a) How long will the circuit in problem 4 run if its voltage source is replaced with a 9-V battery? Assume the 9-V battery is ideal, e.g. zero internal resistance and constant voltage. Now, a 9 V golf cart battery contains about 1000 times more potential energy than a household 9-V battery.
(b) How long would it run this circuit?
(c) If the golf cart battery was driving this circuit, what would be the current in the 8.00-Ω, 1.0-Ω, and 20.0-Ω resistors?
The client also says that he does not remember any Section 1231 net losses on the prior-year returns. Illustrate what should Harold do? Why?
A force of 100 N is applied to a 50kg mass in the direction of motion for a distance of 6.0m, how much work is done by the varying force
A block of copper with mass 11153 g is lowered by a string into a large pail of water. what would be the tension in the supporting string
A Stuntman with mass 75.0 kilogram falls from a height of 26 m onto several mattresses and compresses it 0.875 meter before he is brought to rest, find the average force exerted by mattresses on the stuntman
Because of salt content, the density of the water in the Dead Sea (Middle East) is greater than ocean water. Air pressure (at sea level) is 1.013 x 105 Pa. Calculate the density of the water in the Dead Sea in kg/m3. g = 9.8 m/s2
A Styrofoam ball of radius 31 cm falls with a terminal velocity of 5.3 m/s. What is the mass of the ball
An electromagnetic wave has an electric field amplitude of475 V/m. What is the magnetic fieldamplitude associated with this wave?
q1. youre driving down the highway late one night at 20 rm ms when a deer steps onto the road 35rm m in front of you.
from a fixed point a surveyor locates a pole at 215.6 ft due east and a bulding corner at 358.2 ft at 37.72 degrees
Consider two identical +53 microcoulomb point charges placed 58 cm apart. Calculate the work (in J) required to move the test charge to a point 8 cm closer to either of the charges
You walk 1140 m east and then 860 m south in a total time of 16 min. Compute your average velocity for east and south
A 59 g ball attached to a spring with spring constant 2.9 N/m oscillates horizontally on a frictionless table. Its velocity is 15.4 cm/s when x=-4.79 cm. What is the ball's maximum acceleration
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