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Calculate the magnitude and direction of the couloumb force on the 6.00 μC charge due to 1.50 μC and - 2.00 μC charges. μC stands for microcouloumb. There is a picture. The 1.50 μC charge is in the middle(from the 6.00 uC charge, it measures 3.00 cm) And from the 1.50 μC charge to the - 2.00 μC charge
A wedge of mass M and angle α is resting on africtionless horizontal plane. A rectangular box of mass m is onthe wedge. determine the accelerations of the two bodies
Two speakers are placed along a wall 3m apart. They are in phase and emitting the same tone (440 Hz). Where along the wall should you stand to hear the loudest signal
A heat transfer of 8.5x10^5 J is required toconvert a block of ice at -11 *C to water at 11 *C. What was the mass of the block of ice
The rope wrapped around the outer diameter of the disk is pulled at a constant speed of 1.06 m/s. If the outer radius is 1.39 cm, how fast does the hanging mass rise
An electron is released from rest at a perpendicular distance of 9.6 cm from a line of charge on a very long non conducting rod. What is the magnitude of the electron's initial acceleration
One gallon of gasoline contains 3.1 107 calories of potential energy that are released during combustion. what is the average force produced by the gasoline
Earth is about 150 trillion meters from the Sun, while Mars is about 230 trillion meters from the Sun. What is the gravitational force between Mars and Earth
A fish jumps out of the water with an initial speed of 6 m/s at an angle of 60 degrees above the horizontal. What are the x and why components at the max height
As you ride in the Ferris wheel, your apparent weight is different at the top than at the bottom. How many seconds does it take to complete one revolution
The light shining on a diffraction grating has a wavelength of 530 nm (in vacuum). How many lines per centimeter does the grating have
A molecule of DNA (deoxyribonucleic acid) is 2.35 µm long. The ends of the molecule become singly ionized: Determine the effective spring constant of the molecule
The radius of Mars about one half that of Earth, and its mass is about 1/10. Using this information, estimate the acceleration due to gravity near the surface of Mars in m/s2
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