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Q1. The coefficient of static friction between the 3000 lb car's tires and the road is 0.5. Determine the steepest grade the car can drive up at constant speed if car has (a) rear=wheel drive; (b) front-wheel drive; (c) four wheel drive.
Q2. A solid disk of radius R is composed of two different materials. For r < R/2, the material is one-third as dense as the remaining outer part with r > R/2. Work out the moment of inertia about an axis through the center and perpendicular to the disk, expressed solely in terms of the total mass M and radius R.
A fully loaded station wagon has a mass of 1690 kg. If each of its four tires is inflated to a gauge pressure of 211 kPa, what is the total tire area in contact with road . What least distance are they from each other? The angle might be too large ..
The distance between the first and fifth minimum on a screen 60 cm behind the slits is 6.0 mm. What is the wavelength of the light used in this experiment.
Imagine that plane reaches the necessary takeoff velocity
How rapidly atom are assembled in this protein synthesis
Find out distance the two drivers travel
Suppose that the light is incident at right angles to the film. what is the minimum distance from the slits to the screen when 580 nm light is used.
A hot wheels track has a spring loaded launcher. A 100g car is pushed into the launcher, which compresses the spring by 2cm. The cars initial velocity after launching is 3m/s.
What is ratio of the applied force
Conclude the magnitude and directional angle
At what angle of incidence will green light (g = 560 nm) be most strongly reflected? Imagine the film has the minimum thickness that can produce these reflections.
What is the magnitude of the force on an electron that is in the region between the plates at a point accurately 2.52 mm from the positive plate
Write down the expression for net torque
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