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Word Problems You must show all of your work to get full credit. Write as neatly...
ructions: To receive full credit, you must answer all questions and show all derivation of your...
ructions: To receive full credit, you must answer all questions and show all derivation of your final answer. 1) For the system shown below the following data is given: k = 1000N/m, k2 = 500 N/m, c-500 N-s/m, m=10 kg, r= 5cm, Jo=1 kg-m2, Fo = 50 N, a = 20 rad/s !3! !3! Pulley, mass moment of inertia J Fsin er Figure 1: springs-mass-pulley system Find the following: a) Equation of motion (EOM) w.r.t the hinge (0) b) Steady-state...
Please answer the questions ASAP 2. Consider a pulley of rotational inertial, and mass M with...
Please answer the questions ASAP
2. Consider a pulley of rotational inertial, and mass M with a cord wrapped around it attached to a mass m as shown in the figure. The pulley has outer radius R and the cord is wrapped around a spindle of radius r. a) Draw free-body diagrams for both the pulley and mass m, and establish a coordinate system for the mass m and a positive sense of rotation for the pulley. b) For each...
DIRECTIONS: Work the problem. You must show all work to receive credit, and you must return this sheet. Be sure to...
DIRECTIONS: Work the problem. You must show all work to receive credit, and you must return this sheet. Be sure to explain carefully your answers and show your work in a neat and organized manner. The problem is worth 20 points. Be sure to write the symbolic equation you use before inserting numbers!! A figure depicting the apparatus you used in the moment of inertia experiment is shown to the right. 110.0 grams were placed on the sensing wheel- 5.00-g...
Please show all work with algebra. Problem 4 1. An object with a mass m is...
Please show all work with
algebra.
Problem 4 1. An object with a mass m is attached to the free end of a light string wrapped around a reel of radius R and mass M. The reel is a solid disk, free to rotate in a vertical plane about the horizontal axis passing through its center (of mass) as shown in the figure below. The suspended object is released from rest h m above the floor. The entire system is...
A thick walled cylinder has a light string wrapped around its outer radius and rotates about...
A thick walled cylinder has a light string
wrapped around its outer radius and rotates
about a horizontal axis. The string then goes
vertically straight up and over a massive
pulley that also rotates about a horizontal
axis, and finally connects to a mass m =
0.900 kg on a rough incline (μk = 0.200) that
is angled at 25.0° to the horizontal.
When the system is released from rest the mass slides down the ramp
a distance of 1.80...
please write clearly and neatly. Also take clear pictures of answer. Please show detailed answers and...
please write clearly and neatly. Also take clear pictures of
answer. Please show detailed answers and write final answer in a
box with Units. Thank You!!!!
Ay rero 0 02 2 2-11 casaw en convention Problem Statement Consider the pulley system shown, with pulley diameters da- 250, dB - 400 mm, and dimensions a 300,b -400,c 150 mm. The driving belts are under tension TI-187.5, T2-28.12, T3 45, T4-300 N, with θ-45°. The shaft is made of 1035 CD steel...
Question 8 please-show all work You are building a mobile. It is connected to the ceiling...
Question 8 please-show all work
You are building a mobile. It is connected to the ceiling by a rope. The hanging weights are attached to a massless beam. Use L = 0.25 m, D = 0.5 m, M_1, = 1 kg and M_2 = 1.5 kg. You have a third mass M_3 = 2 kg. Determine the tension in the rope connecting the beam to the ceiling and the location where you attached M_3 if you correctly placed it so...
Recitation Work - 5 In order to get full credit, you need to show all your...
Recitation Work - 5 In order to get full credit, you need to
show all your work.
question 1.
A force Fx = cx^3 (c = 3.0 N/m^3) acts on an object with mass 40
kg that is sliding along a rough horizontal floor (x-axis) with
coefficient of kinetic friction of 0.2. A) What is the work done by
the force Fx on this object as it slides from x1 = 0.0 m to x2 =
6.0 m?
B) What...
Please answer that question ASAP 1. Consider a disc and hoop both of the same mass...
Please answer that question ASAP
1. Consider a disc and hoop both of the same mass M, radius R and thickness I. a) Explain why one of these objects has a larger moment of inertia (about an axis through the center of mass and perpendicular to the plane of the object) than the other. What effect does the thickness I have on the rotational inertia? b) Explain how the rotational inertia of the disc may be obtained by adding the...
3. An experiment is set up as shown in Figure Q3 to measure the moment of...
3. An experiment is set up as shown in Figure Q3 to measure the moment of inertia of a circular flywheel. The mass of 30 kg is attached to a light inextensible string which is wrapped around the outer diameter of the flywheel which has a radius of 0.4 m. The mass is released when the system is at rest and drops 5.4 m in a time of 3 seconds. Friction in the bearings can be neglected Flywheel Bearing 30...
ructions: To receive full credit, you must answer all questions and show all derivation of your final answer. 1) For the system shown below the following data is given: k = 1000N/m, k2 = 500 N/m, c-500 N-s/m, m=10 kg, r= 5cm, Jo=1 kg-m2, Fo = 50 N, a = 20 rad/s !3! !3! Pulley, mass moment of inertia J Fsin er Figure 1: springs-mass-pulley system Find the following: a) Equation of motion (EOM) w.r.t the hinge (0) b) Steady-state...
Please answer the questions ASAP
2. Consider a pulley of rotational inertial, and mass M with a cord wrapped around it attached to a mass m as shown in the figure. The pulley has outer radius R and the cord is wrapped around a spindle of radius r. a) Draw free-body diagrams for both the pulley and mass m, and establish a coordinate system for the mass m and a positive sense of rotation for the pulley. b) For each...
DIRECTIONS: Work the problem. You must show all work to receive credit, and you must return this sheet. Be sure to explain carefully your answers and show your work in a neat and organized manner. The problem is worth 20 points. Be sure to write the symbolic equation you use before inserting numbers!! A figure depicting the apparatus you used in the moment of inertia experiment is shown to the right. 110.0 grams were placed on the sensing wheel- 5.00-g...
Please show all work with
algebra.
Problem 4 1. An object with a mass m is attached to the free end of a light string wrapped around a reel of radius R and mass M. The reel is a solid disk, free to rotate in a vertical plane about the horizontal axis passing through its center (of mass) as shown in the figure below. The suspended object is released from rest h m above the floor. The entire system is...
A thick walled cylinder has a light string
wrapped around its outer radius and rotates
about a horizontal axis. The string then goes
vertically straight up and over a massive
pulley that also rotates about a horizontal
axis, and finally connects to a mass m =
0.900 kg on a rough incline (μk = 0.200) that
is angled at 25.0° to the horizontal.
When the system is released from rest the mass slides down the ramp
a distance of 1.80...
please write clearly and neatly. Also take clear pictures of
answer. Please show detailed answers and write final answer in a
box with Units. Thank You!!!!
Ay rero 0 02 2 2-11 casaw en convention Problem Statement Consider the pulley system shown, with pulley diameters da- 250, dB - 400 mm, and dimensions a 300,b -400,c 150 mm. The driving belts are under tension TI-187.5, T2-28.12, T3 45, T4-300 N, with θ-45°. The shaft is made of 1035 CD steel...
Question 8 please-show all work
You are building a mobile. It is connected to the ceiling by a rope. The hanging weights are attached to a massless beam. Use L = 0.25 m, D = 0.5 m, M_1, = 1 kg and M_2 = 1.5 kg. You have a third mass M_3 = 2 kg. Determine the tension in the rope connecting the beam to the ceiling and the location where you attached M_3 if you correctly placed it so...
Recitation Work - 5 In order to get full credit, you need to
show all your work.
question 1.
A force Fx = cx^3 (c = 3.0 N/m^3) acts on an object with mass 40
kg that is sliding along a rough horizontal floor (x-axis) with
coefficient of kinetic friction of 0.2. A) What is the work done by
the force Fx on this object as it slides from x1 = 0.0 m to x2 =
6.0 m?
B) What...
Please answer that question ASAP
1. Consider a disc and hoop both of the same mass M, radius R and thickness I. a) Explain why one of these objects has a larger moment of inertia (about an axis through the center of mass and perpendicular to the plane of the object) than the other. What effect does the thickness I have on the rotational inertia? b) Explain how the rotational inertia of the disc may be obtained by adding the...
3. An experiment is set up as shown in Figure Q3 to measure the moment of inertia of a circular flywheel. The mass of 30 kg is attached to a light inextensible string which is wrapped around the outer diameter of the flywheel which has a radius of 0.4 m. The mass is released when the system is at rest and drops 5.4 m in a time of 3 seconds. Friction in the bearings can be neglected Flywheel Bearing 30...
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