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A small spherical mass m is a distance R from the center of a thin rod of length L and mass M. What is the magnitude and the direction of the gravitational force on the small mass? Expalin all steps

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A uniform wire with mass M and length L is bent into a semicircle. Find the magnitude and direction of the gravitational force this wire exerts on a point mass m placed at the center of the curvature of the semicircle.
PRINTER VERSION ВАСК NEXT Chapter 04, Problem 025 4.6 kg, radius = 0.11 m) and a billiard ball (mass = 0.40 kg, radius = A bowling ball (mass uniform spheres. What is the magnitude of the maximum gravitational force that each can exert on the other? 0.028 m) may each be treated as Number Units
Item 24 Hide Timer 24 of 25 Mass M is distributed uniformly over a disk of radius a. Constants Part A Find the gravitational force (magnitude and direction) between this disk-shaped mass and a particle with mass m located a distance r above the center of the disk (the figure (Figure 1)) .(Hint: Divide the disk into infinitesimally thin concentric rings, use the expression F = DAM for the gravitational force due to each ring of radius r, and integrate to find the total force.) Express your answer in terms of a, G, M, m, z. ? F = Submit Request Answer Figure 1 of 1> Provide Feedback Next > m M MacBook Air DII V11 80 88 F7 FS F4 F3 esc F2 FI & 24 % @ 23 7 2 3 4. 1 P R T Y
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2-D star cluster puzzle Find the net gravitational force on each star for each star cluster Let m=mass of the star = 1.99 x 10^30 kg, l=earth to star distance=149.6 x 10^6 km, G=6.67 x10^-11 N m^2/kg^2. Note that the masses of each star are the same. Also, it is advised to use vectors and components. And you can just find the gravitational net force of one of the stars in the shape I need the answers for the following: 3) Pentagon 4) Hexagon 5) Regular heptagon 6) Regular Octagon
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A stone is released from rest from the top of a vertical tower of height of H to the Earth's north pole, as can be seen in the figure. = 197 m which is at angle of λ = 53° relative Z H North λ South Find the magnitude of the stone's deflection (in mm) relative to the base of the tower. Note: 1. Assume that the gravitational force is directed into the center of the Earth and it includes the centrifugal force. 2. Think about the trajectory of the stone without the effect of Coriolis force, and from there find the effect of Coriolis on the acceleration.
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The diagram below shows three masses at the corners of a square of sides d = 3.10 m. Here, m, = m2 = m and m3 = 4.10m where m = 2.00 kg. m2 m3 d m (a) What is the magnitude of the gravitational field at the center of the square due to these three masses? m/s2 (b) Suppose the two masses m, and m, are not equal. What value of m, will produce a gravitational field at the center of the square directed vertically down? kg Additional Materials
In the figure below, three 2.00 kg spheres are located at distances d, = 0.200 m and d, = 0.300 m. What are the magnitude and direction of the net gravitational force on sphere B due to spheres A and C? magnitude direction ° counterclockwise from the +x-axis Submit Answer Joction
2-D star cluster puzzle Find the net gravitational force on each star for each star cluster Let m=mass of the star = 1.99 x 10^30 kg, l=earth to star distance=149.6 x 10^6 km, G=6.67 x10^-11 N m^2/kg^2. Note that the masses of each star are the same. Also, it is advised to use vectors and components. And you can just find the gravitational net force of one of the stars in the shape 1) Triangle 2) Square 3) Pentagon 4) Hexagon 5) Regular heptagon 6) Regular Octagon
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