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The lab instructor hands you an igneous rock to identify. You note that the rock has large grain size and contains only dark-colored minerals. What is the rock's probable identity?
A muon is created at the top of Mount Kamet (height 7,800 m) and travels at constant speed to sea level, what is the height of Mount Kamet
q1. a certain groove in phonograph record moves past the needle at 36 cms. if the wiggles in the grove are 0.1 mm apart
A proton of mass m is moving with initial speed v0 directly toward the center of an alpha particle of mass 4m. Determine the speed of the alpha particle after the collision
The wavelength of visible light varies from 0.40 ?m to 0.70 ?m as the color of the light changes from violet to red. Calculate the energy of a photon whose wavelength is 0.43 ?m
consider a mixture of helium and neon at room temperature 300k both are monatomic and to a very good approximation
Three thin uniformly charged shells A, B and C, with radii R, 2R , 3R respectively are placed one inside the other, What is the electric potential at radius 2R
The Lake Gaston pipeline conveys raw water through a 60-inch diameter steel pipe, which has a roughness of 0.0025 ft. If the flow rate is 65 MGD, what is the head loss for the 75 miles? Assume the water has a kinematic viscosity of 1.217 x 10-5 ft..
If the current price of July WTI futures is $87 and the strike price is $86, illustrate what is the intrinsic value of this call? Illustrate what is the time value?
you hear a sonic boom of a high speed jet plane exactly 2.90 s after it passes directly overhead in level flight. At the time you hear the boom, how fast is the plane traveling
suppose a spacecraft is sent to study an object somewhere in our milky way galaxy. this spacecraft finds out that the
Consider a thin ring of radius a with uniform charge density and total charge Q. The ring is cut in half across the diameter and the two halves superimposed to double the effective charge density. Calculate the electric field at a point 4a from the r..
Light containing two dissimilar wavelengths passes during a diffraction grating with 1000 slits/cm. On a screen 17.0 cm from the grating, the third-order maximum of the shorter wavelength falls midway among the central maximum and the first side maxi..
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