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(6 points) - Problem 1: A 20 Kg Cabinet is mounted on casters, assuming that the...
A 20-kg cabinet is mounted on casters that allow it to move freely (u = 0)...
A 20-kg cabinet is mounted on casters that allow it to move freely (u = 0) on the floor if a 100-N force is applied as shown, determine the acceleration of the cabinet and the range of values of h for which the cabinet will not tip G 0.9 m 0.6 m The acceleration of the cabinet is Range of values of h m/s? — (Round the final answer to wo decimal places) (Round the final answer to three decimal...
The mass of the cabinet shown is 15 kg, and the distance between the casters 0.5...
The mass of the cabinet shown is 15 kg, and the distance between the casters 0.5 m. A horizontal force of magnitude 75 N is applied at height has shown. The casters are locked and 09 m slide on the floor with a coefficient of kinetic friction of 0.15 between the floor and the casters. Draw a FBD. 2. What is the acceleration of the cabinet? 3.What is the inertia vector? 4. What is the smallest value of h for...
An 80lb cabinet is mounted on frictionless casters which allow it to move freely on the...
An 80lb cabinet is mounted on frictionless casters which allow it to move freely on the floor. If a 50 lb force is applied as shown, determine the maximum value of h (in inches) to avoid tipping. 50 lb 35 in. 20 in.
An 80lb cabinet is mounted on frictionless casters which allow it to move freely on the...
An 80lb cabinet is mounted on frictionless casters which allow it to move freely on the floor. If a 50 lb force is applied as shown, determine the minimum value of h (in inches) required to avoid tipping. 50 lb 35 in. 20 in. -
Question 10 5 pts An 80lb cabinet is mounted on frictionless casters which allow it to...
Question 10 5 pts An 80lb cabinet is mounted on frictionless casters which allow it to move freely on the floor. If a 50 lb force is applied as shown, determine the maximum value of h (in inches) to avoid tipping. 50 lb 35 in. 20 in
CLASS ID#: (2) GIVEN (35 Prs): A uniform block cabinet of mass m and effective dimensions...
CLASS ID#: (2) GIVEN (35 Prs): A uniform block cabinet of mass m and effective dimensions shown is mounted on small casters of negligible mass and diameter which allow it to move freely (u=0) on the floor. A horizontal force of F is applied at a distances above the base of the cabinet FIND: (A) (-10 Pts) The ACCELERATION of the cabinet: (B) (-15 Pts) The RANGE OF S VALUES for which the cabinet will not tip forward or backwards....
-1 ft-o-1-1 8. The 7 ft tall cabinet shown at right has a weight of 160...
-1 ft-o-1-1 8. The 7 ft tall cabinet shown at right has a weight of 160 lb and a center of gravity that is 3.5 ft from the floor as shown. A horizontal force Pis applied to the side at a height of 4.0 ft from the floor. The coefficient of static friction between the legs and the floor is us= 0.2 and the coefficient of kinetic friction is fix=0.15. f. 19 points) If the applied force is 35 lb,...
1. 1563 46 in. Point G represents the center of mass of the cabinet. Assume that...
1. 1563 46 in. Point G represents the center of mass of the cabinet. Assume that G is in the center of the cabinet (left to right) The static coefficient of friction between the cabinet and the floor is 0.30. The kinetic coefficient of friction between the cabinet and the floor is 0.24. The cabinet weighs 230 lb Assume that the cabinet slides before it tips EXAMPLE NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History What value...
1. 1563 46 in Point G represents the center of mass of the cabinet Assume that...
1. 1563 46 in Point G represents the center of mass of the cabinet Assume that G is in the center of the cabinet (left to right) The static coefficient of friction between the cabinet and the floor is 0.35 The kinetic coefficient of friction between the cabinet and the floor is 0.28 The cabinet weighs 300 lb Assume that the cabinet slides before it tips EXAMPLE NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History What value...
Problem 2) (50 points) An actuator with a mass of 20 kg is mounted on a...
Problem 2) (50 points) An actuator with a mass of 20 kg is mounted on a helicopter body which can assumed to be rigid. The actuator vibrates at a frequency of 100Hz and it can provide displacement with an amplitude of 3mm for a large range of frequencies. The connection between the actuator and the helicopter is known to have a damping ratio of 0.1 and a stiffness of 10 kN/m. a) What is the force generated by the sensor?...
A 20-kg cabinet is mounted on casters that allow it to move freely (u = 0) on the floor if a 100-N force is applied as shown, determine the acceleration of the cabinet and the range of values of h for which the cabinet will not tip G 0.9 m 0.6 m The acceleration of the cabinet is Range of values of h m/s? — (Round the final answer to wo decimal places) (Round the final answer to three decimal...
The mass of the cabinet shown is 15 kg, and the distance between the casters 0.5 m. A horizontal force of magnitude 75 N is applied at height has shown. The casters are locked and 09 m slide on the floor with a coefficient of kinetic friction of 0.15 between the floor and the casters. Draw a FBD. 2. What is the acceleration of the cabinet? 3.What is the inertia vector? 4. What is the smallest value of h for...
An 80lb cabinet is mounted on frictionless casters which allow it to move freely on the floor. If a 50 lb force is applied as shown, determine the maximum value of h (in inches) to avoid tipping. 50 lb 35 in. 20 in.
An 80lb cabinet is mounted on frictionless casters which allow it to move freely on the floor. If a 50 lb force is applied as shown, determine the minimum value of h (in inches) required to avoid tipping. 50 lb 35 in. 20 in. -
Question 10 5 pts An 80lb cabinet is mounted on frictionless casters which allow it to move freely on the floor. If a 50 lb force is applied as shown, determine the maximum value of h (in inches) to avoid tipping. 50 lb 35 in. 20 in
CLASS ID#: (2) GIVEN (35 Prs): A uniform block cabinet of mass m and effective dimensions shown is mounted on small casters of negligible mass and diameter which allow it to move freely (u=0) on the floor. A horizontal force of F is applied at a distances above the base of the cabinet FIND: (A) (-10 Pts) The ACCELERATION of the cabinet: (B) (-15 Pts) The RANGE OF S VALUES for which the cabinet will not tip forward or backwards....
-1 ft-o-1-1 8. The 7 ft tall cabinet shown at right has a weight of 160 lb and a center of gravity that is 3.5 ft from the floor as shown. A horizontal force Pis applied to the side at a height of 4.0 ft from the floor. The coefficient of static friction between the legs and the floor is us= 0.2 and the coefficient of kinetic friction is fix=0.15. f. 19 points) If the applied force is 35 lb,...
1. 1563 46 in. Point G represents the center of mass of the cabinet. Assume that G is in the center of the cabinet (left to right) The static coefficient of friction between the cabinet and the floor is 0.30. The kinetic coefficient of friction between the cabinet and the floor is 0.24. The cabinet weighs 230 lb Assume that the cabinet slides before it tips EXAMPLE NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History What value...
1. 1563 46 in Point G represents the center of mass of the cabinet Assume that G is in the center of the cabinet (left to right) The static coefficient of friction between the cabinet and the floor is 0.35 The kinetic coefficient of friction between the cabinet and the floor is 0.28 The cabinet weighs 300 lb Assume that the cabinet slides before it tips EXAMPLE NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History What value...
Problem 2) (50 points) An actuator with a mass of 20 kg is mounted on a helicopter body which can assumed to be rigid. The actuator vibrates at a frequency of 100Hz and it can provide displacement with an amplitude of 3mm for a large range of frequencies. The connection between the actuator and the helicopter is known to have a damping ratio of 0.1 and a stiffness of 10 kN/m. a) What is the force generated by the sensor?...
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