It is fixed at one end of the D pipe.Collar A can move on pipe D and collar B on pipe A without friction.The general equation for the position of the ring A is SA, the general equation for the velocity of the B ring is VB. The friction coefficient between the C ring and the B pipe is 0.3 .All rings weigh 98.1N .Neglect the weight of the pipes. SA=(20+0.4t2+0.01t4)i+0j VB=0i+(0.3t2+25)j If ?=25°,draw the free body diagram and kinetic diagram for B and C rings for t = 4 s and find the unknown force values. Also calculate the relative acceleration of Rings B and C and the vectorial value of the acceleration of the X-Y axis with respect to the origin.

It is fixed at one end of the D pipe.Collar A can move on pipe D and collar B on pipe A without friction.The general equation for the position of the ring A is SA, the general equation for the velocity of the B ring is VB. The friction coefficient between the C ring and the B pipe is 0.3 .All rings weigh 98.1N .Neglect the weight of the pipes. SA=(20+0.4t2+0.01t4)i+0j VB=0i+(0.3t2+25)j If ?=25°,draw the free body diagram and kinetic diagram for B and C rings for t = 4 s and find the unknown force values. Also calculate the relative acceleration of Rings B and C and the vectorial value of the acceleration of the X-Y axis with respect to the origin.

Related questions

Q: Please help with this problem.

A: The figure shows the forces acting on the barrel.

Q: stick? 7. A meter stick has a pivot that is located at (30 cm). On this meter stick we place 100 g @…

Q: 8. Consider the 67.0 kg mountain climber. (a) Find the tension in the rope. (b) Find the force that…

Q: 2. Three masses are hanging from frictionless pulleys and reach static equilibrium as shown in the…

A: Force is a vector quantity that is defined as the rate of change in momentum. In other words, it is…

Q: 12.3 A 400-kg satellite has been placed in a circular orbit 1500 km above the surface of the earth.…

Q: Three masses are hanging from frictionless pulleys and reach static equilibrium as shown in the…

A: Step 1: Step 2: Step 3: Step 4:

Q: The system in the figure below is in equilibrium, with the string in the center exactly horizontal.…

Q: Find (a) tension T, (b) tension T2, (c) tension T3, and (d) angle e.

A: Tensions are in Newton and Angle is in degree.

Q: A 5.00 kilogram kerosene lantern is lowered down a 56.0 m deep and dark well, starting from rest at…

Q: The collar at C slides on a frictionless bar AB, which is fixed in space. Cable CDE passes around a…

A: Given: The values of xD = 1 in The values of yD = 14 in The system's free body diagram as shown…

Q: Two masses, mĄ and mg, are connected by a light string that passes over a fixed drum as shown. The…

Q: (-2, 0, -2) m (-3, 0. 3) m D& B (4. 0, 1) m A (0, -4, 0) m 50 kg

A: Given, Mass of the cylinder, m = 50 kgcoordinate of the points,A(0, -4, 0) mB(4, 0, 1) mC(-2, 0, -2)…

Q: B A C A) Find the forces acting between cylinders A and B, and between cylinders A and C. Each…

A: Given data: Weight of each cylinder is 100 lbs Diameter of each each cylinder is 5 inches.

Question

It is fixed at one end of the D pipe.Collar A can move on pipe D and collar B on pipe A without friction.The general equation for the position of the ring A is S_A_, the general equation for the velocity of the B ring is V_B_. The friction coefficient between the C ring and the B pipe is 0.3 .All rings weigh 98.1N .Neglect the weight of the pipes.

S_A=(20+0.4t²+0.01t⁴)i+0j

V_B=0i+(0.3t²+25)j

If ?=25°,draw the free body diagram and kinetic diagram for B and C rings for t = 4 s and find the unknown force values. Also calculate the relative acceleration of Rings B and C and the vectorial value of the acceleration of the X-Y axis with respect to the origin.

A pipe
В ріре
Y
Bracelet B
Bracelet C
D pipe
Bracelet A

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Step by step

Solved in 4 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Similar questions

Mr. M is opening a physics help center! The sign looks like this The mass of his sign is 82.0kg. If the sign is equilibrium: (a) What is the force of tension in the rope? (b) How much force does the rod have to exert to keep the sign where it is?
10. Consider the complicated arrangement below: de moni eosd altods beoga aldsso booe m m2 ivomoe A k of The coefficient of friction between m1 and the plane is µ1 and between m2 and the plane is µ2. Assuming a massless, unstretchable string and a frictionless pulley, obtain the relationship between the variables that determines which mass goes up and which goes down.
a box slides down a ramp with an acceleration of 1.2m/s^2. if the coefficient of firction is 0.3 between the box and the ramp, what is the angle the ramo makes with the horizontal? You can leave your awnser as an equation/expression rather than finding the value.
Please don't provide handwritten solution ....
A weight with mass mw = 250 g is tied to a piece of thread wrapped around a spool, which is suspended in such a way that it can rotate freely. When the weight is released, it accelerates toward the floor as the thread unwinds. Assume that the spool can be treated as a uniform solid cylinder of radius R = 3.00 cm and mass Ms 100 g . M, Find the magnitude a of the acceleration of the weight as it descends. Assume the thread has negligible mass and does not slip or stretch as it unwinds. Use g = 9.81 m/s?. m a = mw Find the tension T in the thread.
1. Add the force vectors acting on the ship given the magnitudes: drive D = 75 kN, resistance R=40 kN, and tensions T, and T, are both 150 kN 30.0 30.0 2. A steel l-beam with a weight of 8,000 newtons (remember that weight is a force measured in newtons) is suspended at rest in the air by two identical cables. Examine the forces on the I- beam to find the magnitude of force in each cable. 70.0° 70.0° I-beam 3. Three forces act on a beach ball. Vector F1 has a magnitude of 90 newtons and F2 has a magnitude of 50 newtons. Find the magnitude and angle of F3 so that the sum of the forces is zero. F1 W 60.0 S F2
1. Problem No. 1: A series of cables are connected to a ring at B and D, as shown in the figure. For this system: a) Draw the FBD of point D. b) Determine the force in cable DB and cable DE. A B 100 lb. 15° 80 lb. 45° E
3 14 F The horizontal force F pulls a heavy suspended mass to the side. al force p DO In static equilibrium, the angle is constant. If m = 74.70 kg, and the angle = 33.60 degrees, then what is F? (in N) OA: 303.99 B: 355.67 OC: 416.13 OD: 486.88 OE: 569.64 OF: 666.48 OG: 779.79 OH: 912.35
How does the tension per unit length resulting from connecting N identicalsprings end-to-end (or “in series”) compares with the tension resulting from connecting them in parallel (say in comparison to a single spring of the same type and length)? In series In parallelA. Tension increase by N Tension decreases by 1/NB. Tension decrease by N Tension increases by 1/NC. Tension increase by 1/N Tension decreases by ND. Tension decrease by 1/N Tension increases by NE. No change No change
A rigid, vertical rod with a mass of 2.7 kg simply rests on the floor and is held in place by static friction. The coefficient of static friction between the rod and the floor is 1/6. The rod also has a wire connected between its top end and the floor, as shown in the figure. A horizontal force F is applied at the midpoint of the rod. F Æ 45° Find the greatest force F that can be applied at the midpoint of the rod without causing it to slip. N
The 100kg object is held by three strings as shown in the figure below (0-60°). (a) Analyze the forces on the object, find the tension force in the bottom string. N. The magnitude of the tension on the bottom string: T3 = (b) Analyze the forces exerted on the junction of the three strings, and calculate the tension forces in the left, and right strings. N. The magnitude of the tension on the left string: T1 = N. The magnitude of the tension on the right string: T2 = Click Save and Submit to save and submit. Click Save All Answers to save all answers. Save 20201124 191 20201124 191313.jpg O 20201124_191305.jpg 20201124 191320.jpg
A light is suspended using two support struts: AB and CB. If the mass of the light fitting W is 40kg, determine the tension in support struts FAB 50° B W kg FCB 45° D FAB310.5 NFCB 150.7 N FAB=278.5 N; FCB=253.2 N FAB 150.4N; FCB=245.3 N FAB378.5N; FCB=353.2 N