Find the moment of the 340 lb force with respect to : a) point A; b) line AB; c) find the perpendicular distance from A to the line of action of the force.
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Find the moment of the 340 lb force with respect to : a) point
A; b)...
he force vector F has a magnitude of F- 340 lb and acts at point A...
he force vector F has a magnitude of F- 340 lb and acts at point A at an angle 0 - 130 with respect to vertical as shown. The force F Determine the tension forces in the two rods in Cartesian components ed by the tension forces paralel to the two rods AC and AB such that the vector equation C F 0 is satisfed. + FAc + FAB satisfied СС BY NC SA 2013 Michael Swanbom Values for dimensions...
Z F B Find the moment of the force, F 1916 shown above Figure with respect...
Z F B Find the moment of the force, F 1916 shown above Figure with respect to the origin and with respect to point C when A(2, - 4, 10), B(7,2, 4), and CC - 6,6,6) ft. Mo i + j+ Mc = i + jt k) lb. ft k) lb. ft
2.2-35 Force P has a magnitude of 10 kips and a line of action from H...
2.2-35 Force P has a magnitude of 10 kips and a line of action from H to B (see figure). (a) Find the equivalent force-couple system at point D line DG the line of action of force P b) Find the moment about and perpendicular to (c) Find the perpendicular distance from point A to F 5 in. : D 3 in. H 4 in PROBLEM 2.2-35
Problem 2 Determine the point of application (B) with respect to (O) of a 240 lb...
Problem 2 Determine the point of application (B) with respect to (O) of a 240 lb force to produce a moment of 1200 in lb. 240 lb M.
The forces and couple moment below are to be reduced to a single resultant force.
The forces and couple moment below are to be reduced to a single resultant force. Determine the magnitude and direction of the resultant force and perpendicular distance from Point A to the line of action of the resultant. Use (a) scalar formulation and (b) vector formulation to solve this problem.
Problem 5 a) Determine the net moment (lb-ft) about point D. b) Determine the equivalent force...
Problem 5 a) Determine the net moment (lb-ft) about point D. b) Determine the equivalent force for the load system, indicate its location with respect to point D. 150 Ib/ft 180 lb/ft T 700b 4 ft 70° 3 ft 6 ft 5 ft 2 ft 4 ft
Determine the following: (A) The angle formed by cables AB and AD (B) The perpendicular distance...
Determine the following: (A) The angle formed by cables AB and AD (B) The perpendicular distance from point B to the line AD (C) If the force in cable AC is 500N, find the component of that force in the direction of line AB If the force in cable AC is 500N, find the moment of this force about a line joining BD (D) What is the perpendicular distance from point B and cable AC? (E) 0.36 m 0.56 m...
Q4) Find the interal normal force, shear force and bending moment at point is located at...
Q4) Find the interal normal force, shear force and bending moment at point is located at distance 3ft from left side (20 points) Draw your section here 300 lb 200 lb/ Equation for finding normal force, N. Normal force, N Тb Equation for finding shear force, V. shear force, Ve Тb Equation for finding bending moment, M. Bending moment, M= ПЬНt
Find the moment of the 120 lb force about point A. Use the algebraic method for...
Find the moment of the 120 lb force about point A. Use the algebraic method for the magnitude (F.d) and the right hand rule for determining the direction. 40 B 36 25 F 120 lb X
please help me with these Force 1,560 N acts from A towards B m (The line...
please help me with these
Force 1,560 N acts from A towards B m (The line of action for does not pass through O. That illusion occurs due to the isometric drawing, Express your answer in Determine the moment of the force about point in N vector form.) Determine the shortest distance from point to the line of action of the force in mm Force F = 658 lb acts from A towards B. Determine the moments of the force...
he force vector F has a magnitude of F- 340 lb and acts at point A at an angle 0 - 130 with respect to vertical as shown. The force F Determine the tension forces in the two rods in Cartesian components ed by the tension forces paralel to the two rods AC and AB such that the vector equation C F 0 is satisfed. + FAc + FAB satisfied СС BY NC SA 2013 Michael Swanbom Values for dimensions...
Z F B Find the moment of the force, F 1916 shown above Figure with respect to the origin and with respect to point C when A(2, - 4, 10), B(7,2, 4), and CC - 6,6,6) ft. Mo i + j+ Mc = i + jt k) lb. ft k) lb. ft
2.2-35 Force P has a magnitude of 10 kips and a line of action from H to B (see figure). (a) Find the equivalent force-couple system at point D line DG the line of action of force P b) Find the moment about and perpendicular to (c) Find the perpendicular distance from point A to F 5 in. : D 3 in. H 4 in PROBLEM 2.2-35
Problem 2 Determine the point of application (B) with respect to (O) of a 240 lb force to produce a moment of 1200 in lb. 240 lb M.
Problem 5 a) Determine the net moment (lb-ft) about point D. b) Determine the equivalent force for the load system, indicate its location with respect to point D. 150 Ib/ft 180 lb/ft T 700b 4 ft 70° 3 ft 6 ft 5 ft 2 ft 4 ft
Determine the following: (A) The angle formed by cables AB and AD (B) The perpendicular distance from point B to the line AD (C) If the force in cable AC is 500N, find the component of that force in the direction of line AB If the force in cable AC is 500N, find the moment of this force about a line joining BD (D) What is the perpendicular distance from point B and cable AC? (E) 0.36 m 0.56 m...
Q4) Find the interal normal force, shear force and bending moment at point is located at distance 3ft from left side (20 points) Draw your section here 300 lb 200 lb/ Equation for finding normal force, N. Normal force, N Тb Equation for finding shear force, V. shear force, Ve Тb Equation for finding bending moment, M. Bending moment, M= ПЬНt
Find the moment of the 120 lb force about point A. Use the algebraic method for the magnitude (F.d) and the right hand rule for determining the direction. 40 B 36 25 F 120 lb X
please help me with these
Force 1,560 N acts from A towards B m (The line of action for does not pass through O. That illusion occurs due to the isometric drawing, Express your answer in Determine the moment of the force about point in N vector form.) Determine the shortest distance from point to the line of action of the force in mm Force F = 658 lb acts from A towards B. Determine the moments of the force...
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