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Four objects are situated along the y axis as follows: a 2.73 kg object is at +2.37 m, a 1.86 kg object is at +3.50 m, a 2.46 kg object is at the origin, and a 3.68 kg object is at -0.610 m. Where is the center of gravity of this system?
with what speed would the arrow leave the bow.
when an ac source is connected across a 15.0-omega resistor the rms current in the resistor is 7.10 a.a find the rms
A child in a boat throws a 6.0 kg package out horizontally with a speed of 10m/s. Compute the velocity of the boat immediately after, assuming it was initially at rest. The mass of the child is 29kg and that of the boat is 55.0 kg. Overlook water ..
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By accident, a large plate is dropped and breaks into three pieces. The pieces fly apart parallel to the floor, find the masses of pieces 1 and 2
A standing wave on a string is produced when one end is fixed and the other is driven by a 76 Hz oscillator, what is the total length of the string in meters
A diffraction grating has 1900 rulings/cm. On a screen 1.00 m from the grating, it is found that for a particular order m, the maxima corresponding to two closely spaced wavelengths of sodium (589.0 nm and 589.6 nm) are separated by 1.68 mm. Deter..
The half life of 14C is 5730 years. What fraction of the 14C nuclei in a sample are left after 7180 years? The amount of 14C in an old, isolated sample of vegetation is 0.744 that expected from a present day sample by equivalent carbon content. Compu..
a merry-go-round r=2m, initially at rest is given a constant tangential push that depends on time. F(t) =β(t) applied on the rim. β=10N/s, Calculate angular acceleration as a function of time
A 1300 kilogram sports car (including the driver) crosses the rounded top of a hill (radius = 89.0 meter) at 21.0 m/s. Evaluate the normal force exerted by the car on the 74 kilogram driver
A beam of polarized light has an average intensity of 15 W/m^2and is sent through a polarizer. find the rms value of the electric field of the transmitted beam
A small circular hole 3.00mm in diameter is cut in the side of a large water tank, 18.0m below the water level in the tank. Find the speed at which the water shoots out of the tank
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