three cables are used to support two loads at B and C.
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three cables are used to support two loads at B and
C.
4. (25%) Three cables...
Determine the tension in cables AB, BC, and CD necessary to support the 11-kg and 17-kg...
Determine the tension in cables AB, BC, and CD necessary to support the 11-kg and 17-kg traffic lights at B and C, respectively. Also, find the angle θ. 15°) в OP OP OP Q Tap image to zoom Part A Determine the tension in cable AB. Part A Determine the tension in cable AB Express your answer to three significant figures and include the appropriate units. TAB= 417N Correct Part B Determine the tension in cable BC Express your answer...
4. (25%) Three cables are used to restrain a balloon as shown. Knowing that the tension...
4. (25%) Three cables are used to restrain a balloon as shown. Knowing that the tension in cable AB is 480 N, determine the vertical force exerted by the balloon at A, and the tension forces in cables AC and AD 5.60 m B D 40 m 0 3.30 m 4.20 m 2.40 m x
1. ( 25 points) The boom AB is supported by a ball & socket joint at...
1. ( 25 points) The boom AB is supported by a ball & socket joint at A and at B with the cable BC and a link. The tension in BC = 900 N. a) Draw a complete FBD of the boom. b) Find the resultant of the tension in cable BC and the two loads, 750 lb and 500 lb. e) Find the magnitude of the resultant di Find the moment about of the force in cable BC and...
A weight W= 500 N is suspended from two identical cables AB and BC, each with a weight of q= 10 N...
A weight W= 500 N is suspended from two identical cables AB and
BC, each with a weight of q= 10 N/m. If the maximum horizontal
force allowed on the support cable is of 800 N, find: a) The
shortest possible length of cable ABC. b) The height h on the
previous situation. a= 20 m.
2.1-10 Two cables are part of the support system for an entrance canopy on a building....
2.1-10 Two cables are part of the support system for an entrance canopy on a building. Cable tension forces are T = 440 N and T, = 560 N. Both cables lie in the x-y plane (see figure). Find the resultant R of the two cable forces in terms of unit vectors i and j and the angle it makes with the xr axis. 2. 15m 1.5m Cable 2 Cable 1 B 1.5 m 2.5 m 1.5 m 1.5 m...
refer to pic Two cables support a 30.0 kg sign, as shown, where one cable extends horizontally to the wall and the o...
refer to pic
Two cables support a 30.0 kg sign, as shown, where one cable extends horizontally to the wall and the other makes an angle of 40.0° with the ceiling. The tension in the horizontal cable is equal to 40° a. 597 N b. 457 N с. 350 N d. 294 N 30 kg e. 247 N which pivots at its center. A child of mass 25.C
Two cables tied together at C are loaded as shown.
QUESTION 2 Two cables tied together at C are loaded as shown. Knowing that W=290 lb, determine the tension (a) in cable AC, (b) in cable BC.QUESTION 3 If two cables tied together at Care loaded as shown in Figure Question 2. Determine the range of values of W for which the tension will not exceed 210 lb in either cable.
The mass of the pail is 100 kg, find the tensions in the three cables used...
The mass of the pail is 100 kg, find the tensions in the three cables used to suspend the pail TIPS a. Draw a free body diagram of the joint at D. Include and label all known and unknown forces. Also draw and label your coordinate axis. b. Express the unknown tensions in Cartesian vector format using the unknown magnitudes TDA,TDB. & TDc c. Write out the equilibrium equations for joint D. d. Solve for the unknown tensions, TDA, TDB,...
2. Three cables are attached at point B on the boom of a large construction crane as shown in the...
2. Three cables are attached at point B on the boom of a large construction crane as shown in the figure below. The cable forces acting at point B are FBc 50 kN FBD-100 kN and FBA-75 kN. Determine: a) The resultant, R, of the three (3) forces acting at B, b) The moment of R about the point A, c) The moment of R about the line AD d) The perpendicular distance from A to the line of action...
Determine the tension in cables AB, BC, and CD necessary to support the 11-kg and 17-kg traffic lights at B and C, respectively. Also, find the angle θ. 15°) в OP OP OP Q Tap image to zoom Part A Determine the tension in cable AB. Part A Determine the tension in cable AB Express your answer to three significant figures and include the appropriate units. TAB= 417N Correct Part B Determine the tension in cable BC Express your answer...
4. (25%) Three cables are used to restrain a balloon as shown. Knowing that the tension in cable AB is 480 N, determine the vertical force exerted by the balloon at A, and the tension forces in cables AC and AD 5.60 m B D 40 m 0 3.30 m 4.20 m 2.40 m x
1. ( 25 points) The boom AB is supported by a ball & socket joint at A and at B with the cable BC and a link. The tension in BC = 900 N. a) Draw a complete FBD of the boom. b) Find the resultant of the tension in cable BC and the two loads, 750 lb and 500 lb. e) Find the magnitude of the resultant di Find the moment about of the force in cable BC and...
A weight W= 500 N is suspended from two identical cables AB and
BC, each with a weight of q= 10 N/m. If the maximum horizontal
force allowed on the support cable is of 800 N, find: a) The
shortest possible length of cable ABC. b) The height h on the
previous situation. a= 20 m.
2.1-10 Two cables are part of the support system for an entrance canopy on a building. Cable tension forces are T = 440 N and T, = 560 N. Both cables lie in the x-y plane (see figure). Find the resultant R of the two cable forces in terms of unit vectors i and j and the angle it makes with the xr axis. 2. 15m 1.5m Cable 2 Cable 1 B 1.5 m 2.5 m 1.5 m 1.5 m...
refer to pic
Two cables support a 30.0 kg sign, as shown, where one cable extends horizontally to the wall and the other makes an angle of 40.0° with the ceiling. The tension in the horizontal cable is equal to 40° a. 597 N b. 457 N с. 350 N d. 294 N 30 kg e. 247 N which pivots at its center. A child of mass 25.C
The mass of the pail is 100 kg, find the tensions in the three cables used to suspend the pail TIPS a. Draw a free body diagram of the joint at D. Include and label all known and unknown forces. Also draw and label your coordinate axis. b. Express the unknown tensions in Cartesian vector format using the unknown magnitudes TDA,TDB. & TDc c. Write out the equilibrium equations for joint D. d. Solve for the unknown tensions, TDA, TDB,...
2. Three cables are attached at point B on the boom of a large construction crane as shown in the figure below. The cable forces acting at point B are FBc 50 kN FBD-100 kN and FBA-75 kN. Determine: a) The resultant, R, of the three (3) forces acting at B, b) The moment of R about the point A, c) The moment of R about the line AD d) The perpendicular distance from A to the line of action...
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