Question

The following collection of masses: 2 kg at (0, 0, 0) m; 6 kg at (0,...

The following collection of masses: 2 kg at (0, 0, 0) m; 6 kg at (0, 0, 4) m; 6 kg at (0, 4, 0) m; 6 kg at (4, 0, 0) m; 3 kg at (1, 1, 1) m; 5 kg at (-1, 0, 2) m; 2 kg at (-3, 2, -7) m. Find the center of mass.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A 3 kg point mass is at coordinates (4 m, 0 m) , a 7 kg...
A 3 kg point mass is at coordinates (4 m, 0 m) , a 7 kg mass is at (- 3, 4) and a 5kg mass is at (x, y) of (0, - 6) a) Find the moment of inertia about the x axis. lx=______kg-m2 b) Find the vertical center of mass coordinate, ycm=_____m c) Find lz=_____ kg-m2
1. A point mass of 3 kg is located at x = 0 m, y =...
1. A point mass of 3 kg is located at x = 0 m, y = -0.6 m, a point mass of 5 kg is located at x = 0 m, y = +0.7 m, and a point mass of 6 kg is located at x = 0.9 m, y = 0 m. What is the moment of inertia of these masses about the the x axis in kg m2? . 2. A point mass of 2 kg is located...
4) A point mass of 5 kg is placed at x = +6 m, y =...
4) A point mass of 5 kg is placed at x = +6 m, y = 0 m, a point mass of 4 kg is placed at x = -6 m, y = 0 m, a point mass of 3 kg is placed at x = 0 m, y = -2 m, and a point mass of 3 kg is placed at x = +6 m, y = +2 m. The masses are spinning about the line y = x...
Two masses collide in an elastic collision, with the following initial values: m1 = 2 kg...
Two masses collide in an elastic collision, with the following initial values: m1 = 2 kg m2 = 3 kg v01 = 5 m/s v02 = -4 m/s Use the conservation rules, and algebra, what is the final velocity of mass 1, vf1 in m/s?
masses are distributed in the xy plane as follows: 2kg at (2.0,6.0) m,4.0 kg at (2.0,0.0)...
masses are distributed in the xy plane as follows: 2kg at (2.0,6.0) m,4.0 kg at (2.0,0.0) m, and 6.0 kg at (0.0,3.0) m. where would a 15 kg mass needto be positioned so that the center of mass of the resulting four mass system would be at (0.-2) m?
Four particles are in a 2-D plane with masses, x- and y- positions, and x- and...
Four particles are in a 2-D plane with masses, x- and y- positions, and x- and y- velocities as given in the table below: m x y vx vy   1   8.9 kg -2.4 m -4.7 m 3.1 m/s -4 m/s   2   7.8 kg -3.6 m 3.5 m -5.2 m/s 5.1 m/s   3   8.7 kg 4.4 m -5.7 m -6 m/s 1.9 m/s   4   7.6 kg 5.6 m 2.5 m 4.2 m/s -3.1 m/s 1) What is the x position of...
Four particles are in a 2-D plane with masses, x- and y- positions, and x- and...
Four particles are in a 2-D plane with masses, x- and y- positions, and x- and y- velocities as given in the table below: m x y vx vy   1   9.4 kg -2.6 m -4.5 m 3.1 m/s -4 m/s   2   9.2 kg -3.6 m 3.4 m -5.1 m/s 4.9 m/s   3   9 kg 4.5 m -5.4 m -6 m/s 1.9 m/s   4   8.9 kg 5.5 m 2.4 m 4 m/s -2.9 m/s 1) What is the x position of...
A point mass of 3 kg is located at x = 0 m, y = -0.7...
A point mass of 3 kg is located at x = 0 m, y = -0.7 m, a point mass of 5 kg is located at x = 0 m, y = +1.9 m, and a point mass of 6 kg is located at x = 0.4 m, y = 0 m. What is rotational kinetic energy of these masses about the y axis if they are spinning at 16 rad/s about the y axis? Answer in Joules.
6) Mass 1 of 6 kg is initially moving at 9 m/s in the +x direction...
6) Mass 1 of 6 kg is initially moving at 9 m/s in the +x direction and it collides perfectly elastically with mass 2 of 3 kg initially at rest. What is the final velocity of mass 2 after the collision in m/s? (Note: the masses are not needed to answer this question.)
A 1-kg mass and a 4-kg mass are connected by a (massless) rod that is 2...
A 1-kg mass and a 4-kg mass are connected by a (massless) rod that is 2 meters long. Where is the center of mass of the system? Group of answer choices At the location of the 1-kg mass Between the two masses, but closer to the 4-kg mass At the location of the 4-kg mass Exactly at the center of the rod Between the two masses, but closer to the 1-kg mass