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Question 1 The L-shaped bar in Fig. 1 is applied with the point loads...
The L-shaped bar in Fig. 1 is applied with the point loads at different points and...
The L-shaped bar in Fig. 1 is applied with the point loads at different points and the single couple moment as shown. Simplify this force system to a single force passing through point A and an equivalent turning moment and clearly state the magnitudes and directions of the resultant force and turning moment. Further, reduce the force and couple system to a single resultant force and calculate the distance at which the line of action of the single resultant force...
Question 3 Forces F1, F2, F3, and F4 and the moment of a couple Mc are...
Question 3 Forces F1, F2, F3, and F4 and the moment of a couple Mc are acting on a 3D rigid body as shown in Fig. 3. Convert this force and moment system into a single resultant force passing through Point F and an equivalent turning moment. Calculate both the resultant force at F and the corresponding turning moment as vectors. Further, reduce the force and moment system at F into a wrench resultant and calculate the turning moment of...
0.6 F100jN 0.2 10.6 8. The magnitudes of the forces are Fi- 20.0 kN, F2-80.0 kN,...
0.6 F100jN 0.2 10.6 8. The magnitudes of the forces are Fi- 20.0 kN, F2-80.0 kN, F3 57.0 kN, and F4 36.0 kN. Calculate the resultant of the force system, and express it as a force and a couple moment with respect to the point Calculate the angle between FR and MRA. Explain why this system cannot be simplified in the same way as Problem 6. 1.0 1.0 0.1 All dimensions in meters 0.6 0.3
I only need problem 4-97 please. Specifically point O. 4.7 PROBLEMS 4-97. Replace the force and...
I only need problem 4-97 please. Specifically point O.
4.7 PROBLEMS 4-97. Replace the force and couple system by an equivalent force and couple moment at point 0. 4-98. Replace the force and couple system by an equivalent force and couple moment at point P. -3 m 8 kN.m o px -3 m 6 kN 4 kN 4 m 5 m 13/12 60° 5 -4 m Probs. 4-97/98
Question 1 Replace the system of two forces and one couple by a wrench. Determine the...
Question 1 Replace the system of two forces and one couple by a wrench. Determine the magnitude of the moment M of the wrench, the magnitude of the force R of the wrench, and the coordinates of the point P in the x-y plane through which the wrench passes. 27 kN.m 1.7 m 1.7 m 2 30 KN 1.7 m 1.7 m 31 KN 4.0 m А Answers: M= kN.m KN R- (X,Y)=(
An L by L box is supported by four chains. Determine the forces in each chain...
An L by L box is supported by four chains. Determine the forces
in each chain as Cartesian force vectors and find the resultant
force.
L = 18 m
ZO = 27 m
W = 415 kN
1) Calculate the force vector F1
2) Calculate the force vector F2
3) Calculate the force vector F3
4) Calculate the force vector F4
5)Calculate the resultant force vector FR.
F: Zom 4. W kN
Question 1 Replace the system of two forces and one couple by a wrench. Determine the...
Question 1 Replace the system of two forces and one couple by a wrench. Determine the magnitude of the moment M of the wrench, the magnitude of the force R of the wrench, and the coordinates of the point in the x y plane through which the wrench passes. 35 kNm 1.5 m 1.5 m 49 KN 1.5 m 1.5 in 9 KN 4.0 m A Answers: kN.m KN (x,x) = ו |
Question 1 (a) Abeam has a fixed support at A and roller supports at D and E as shown in Fig. Q.la below. Internal...
Question 1 (a) Abeam has a fixed support at A and roller supports at D and E as shown in Fig. Q.la below. Internal hinges are also placed at B and C. (i) Determine all the reactions (ii) Draw the shear force diagram for the beam. (iii) Draw the bending moment diagram for the beam. (20%) (25%) (25° 60 kN/m 40 kN/m 20 kN/m 150 kN 100 kN.m Hinge Fig. Q.1a
Problem #4 (20 points): The directions of two thrust vectors of an experimental aircraft can be...
Problem #4 (20 points): The directions of two thrust vectors of an experimental aircraft can be in changed from the conventional forward direction. The aircraft is subjected to two thrust vectors and a couple- moment as shown. Replace this force-couple system by a single force FR and specify the point on the x axis through which the line of action of this resultant passes. dependently 10 m 70 kN im 3 m 30 kN-m Fax う0 90 KN TAy We...
Force F, 1 kN, is applied in the negative y-direction at point B. The magnitudes of...
Force F, 1 kN, is applied in the negative y-direction at point
B. The magnitudes of the tension in the cables are T(BC) = 707 N
and T(BD) = 1500 N. Point E is 3m from point A.
a) Calculate the vectors representing the tensions in the
cables.
b) Determine the internal force and moment system in the bar at
x-section E. Show the internal forces and moment on free body
diagram.
6 m I) 6 3
The L-shaped bar in Fig. 1 is applied with the point loads at different points and the single couple moment as shown. Simplify this force system to a single force passing through point A and an equivalent turning moment and clearly state the magnitudes and directions of the resultant force and turning moment. Further, reduce the force and couple system to a single resultant force and calculate the distance at which the line of action of the single resultant force...
Question 3 Forces F1, F2, F3, and F4 and the moment of a couple Mc are acting on a 3D rigid body as shown in Fig. 3. Convert this force and moment system into a single resultant force passing through Point F and an equivalent turning moment. Calculate both the resultant force at F and the corresponding turning moment as vectors. Further, reduce the force and moment system at F into a wrench resultant and calculate the turning moment of...
0.6 F100jN 0.2 10.6 8. The magnitudes of the forces are Fi- 20.0 kN, F2-80.0 kN, F3 57.0 kN, and F4 36.0 kN. Calculate the resultant of the force system, and express it as a force and a couple moment with respect to the point Calculate the angle between FR and MRA. Explain why this system cannot be simplified in the same way as Problem 6. 1.0 1.0 0.1 All dimensions in meters 0.6 0.3
I only need problem 4-97 please. Specifically point O.
4.7 PROBLEMS 4-97. Replace the force and couple system by an equivalent force and couple moment at point 0. 4-98. Replace the force and couple system by an equivalent force and couple moment at point P. -3 m 8 kN.m o px -3 m 6 kN 4 kN 4 m 5 m 13/12 60° 5 -4 m Probs. 4-97/98
Question 1 Replace the system of two forces and one couple by a wrench. Determine the magnitude of the moment M of the wrench, the magnitude of the force R of the wrench, and the coordinates of the point P in the x-y plane through which the wrench passes. 27 kN.m 1.7 m 1.7 m 2 30 KN 1.7 m 1.7 m 31 KN 4.0 m А Answers: M= kN.m KN R- (X,Y)=(
An L by L box is supported by four chains. Determine the forces
in each chain as Cartesian force vectors and find the resultant
force.
L = 18 m
ZO = 27 m
W = 415 kN
1) Calculate the force vector F1
2) Calculate the force vector F2
3) Calculate the force vector F3
4) Calculate the force vector F4
5)Calculate the resultant force vector FR.
F: Zom 4. W kN
Question 1 Replace the system of two forces and one couple by a wrench. Determine the magnitude of the moment M of the wrench, the magnitude of the force R of the wrench, and the coordinates of the point in the x y plane through which the wrench passes. 35 kNm 1.5 m 1.5 m 49 KN 1.5 m 1.5 in 9 KN 4.0 m A Answers: kN.m KN (x,x) = ו |
Question 1 (a) Abeam has a fixed support at A and roller supports at D and E as shown in Fig. Q.la below. Internal hinges are also placed at B and C. (i) Determine all the reactions (ii) Draw the shear force diagram for the beam. (iii) Draw the bending moment diagram for the beam. (20%) (25%) (25° 60 kN/m 40 kN/m 20 kN/m 150 kN 100 kN.m Hinge Fig. Q.1a
Problem #4 (20 points): The directions of two thrust vectors of an experimental aircraft can be in changed from the conventional forward direction. The aircraft is subjected to two thrust vectors and a couple- moment as shown. Replace this force-couple system by a single force FR and specify the point on the x axis through which the line of action of this resultant passes. dependently 10 m 70 kN im 3 m 30 kN-m Fax う0 90 KN TAy We...
Force F, 1 kN, is applied in the negative y-direction at point
B. The magnitudes of the tension in the cables are T(BC) = 707 N
and T(BD) = 1500 N. Point E is 3m from point A.
a) Calculate the vectors representing the tensions in the
cables.
b) Determine the internal force and moment system in the bar at
x-section E. Show the internal forces and moment on free body
diagram.
6 m I) 6 3
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