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Q. A ray of light incident upon a mirror makes an angle of 42 with the mirror. What is the angle between the incident ray and the reflected ray?
Q, A 56.0 resistor is connected in parallel with a 118.0 resistor. This parallel group is connected in series with a 15.0 resistor. The total combination is connected across a 15.0 V battery.
(a) Find the current in the 118.0 resistor.(b) Find the power dissipated in the 118.0 resistor.
IP Halley's Comet Halley's Comet, which passes around the Sun every 78 years, has an elliptical orbit. When closest to the Sun (perihelion) it is at a distance of 8.823 x 10^10 m and moves with a speed of 54.6 km/s. The greatest distance between Hall..
A person walks 25.0° north of east for 2.70 km. How far would the person walk due north and due east to arrive at the similar location.
A 2.20 sound wave travels through a pregnant woman's abdomen and is reflected from the fetal heart wall of her unborn baby. The heart wall is moving toward sound receiver as heart beats. The reflected sound is after that mixed with the transmitted so..
Define the frequency components of an AM signal and draw the AM signal for the given modulation index.
Determine the eccentricity of the orbit of Uranus
How many 104W lightbulbs can you use in a 113 V circuit without tripping a 17 A circuit breaker? (The bulbs are connected in parallel that means that the potential difference across each lightbulb is 113V.)
What is tension T in each of the cables
A lighthouse that rises 49 above the surface of water sits on a rocky cliff that extends 19 from its base. A sailor on the deck of a ship sights the top of the lighthouse at the angle of 30.0 above the horizontal.
Basic science concepts in optics like Which types of electromagnetic radiation can be seen from the surface of Earth.
A parallel-plate capacitor is charged to an electric potential of 337 V by moving 3.95×1016 electrons from one plate to the other. How much work is done in charging the capacitor.
What is total mechanical energy of the motion
Take the mass of the sun to be m_s = 1.99×1030 {rm kg}, gravitational constant to be G = 6.67×10-11 {rm N} cdot {rm m^2/kg^2}, and an acceleration due to gravity at the earth's surface to be g = 9.810 {rm m/s^2}.
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