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.
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An L by L box is supported by four chains. Determine the forces
in each chain...
Three forces act on the anchor bolt connection shown below. The forces are concurrent at point A.
Three forces act on the anchor bolt connection shown below. The forces are concurrent at point A. Express all answers to three significant figures with the appropriate units.Problem #1 Express force F1 in rectangular vector form. Take F1=20 kN and θ1=50°. Problem #2 Express force F2 in rectangular vector form. Problem #3 Express force F3 in rectangular vector form. Problem #4 Determine the resultant force FR in rectangular vector form. Take F1=20 kN and θ1=50°. Problem #5 Determine the magnitude Fe of the resultant force. Take F1=20 kN and...
Number 7 only please Three forces act on the anchor bolt connection shown below. The forces...
Number 7 only please
Three forces act on the anchor bolt connection shown below. The forces are concurrent at point A.Express all answers to three significant figures with the appropriate units. F2 35 kN FI F3 = 10 kN Express force F1 in rectangular vector form. Take F: = 20 kN and 6, = 50.. Problem #2 Express force F2 in rectangular vector form. Problem#3 Express force F, in rectangular vector form. Problem#4 Determine the resultant force FR in rectangular...
please help me with this problem for statics very hard Three forces act on the anchor...
please help me with this problem for statics very
hard
Three forces act on the anchor bolt connection shown below. The forces are concurrent at point A. Express all answers to three significant figures with the appropriate units F2 35 kN 2 F3 10 kN 0 Problem #1 Express force F1 in rectangular vector form. Take F, 20 kN and θ,-50". Problem#2 Express force Fa in rectangular vector form. Problem #3 Express force Fs in rectangular vector form. Problem #4...
Problem 4- Addition of a System of 3D Forces (20 pts) There are four forces acting...
Problem 4- Addition of a System of 3D Forces (20 pts) There are four forces acting at point E. Each force has magnitude of 50 kN. Express each force as a Cartesian vector, and calculate the resultant force. FEC FEA FED FEB D 12 m 6 m 4 m 6 m
Problem 4- Addition of a System of 3D Forces (20 pts) There are four forces acting at point E. Each force has magnitude of 50 kN. Express each force...
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
urgent please Question 1 The L-shaped bar in Fig. 1 is applied with the point loads...
urgent please
Question 1 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...
Find the equivalent resultant force and couple system at points O and D, given: F1 = 45 lbs, F2 = 20 lbs, F3 = 15...
Find the equivalent resultant force and couple system at points
O and D, given:
F1 = 45 lbs,
F2 = 20 lbs,
F3 = 15 lbs,
L1 = 8 ft,
L2 = 6 ft,
L3 = 5 ft,
x,y,h
= 4,3,5, respectively
FR
= lbs Φ
= °
MO
= lb·ft
MD
= lb·ft
Find the equivalent resultant force and couple system at point
A. Express your answers as Cartesian vectors.
MB is parallel to the Z-axis
and MC is...
A right angle of mass 4.00 and side a = 2.0 m and b. the triangle is pivoted at the corner at the top, as shown, with four forces, F1=17N, F2 =19N F3= 17 N and F4=17N acting on it. the angle is a = 25 degrees. what is the z component of the torque exerted
Consider a right triangle of mass 6.69 kg and sides a=2.1 m and b, shown in the picture below. The triangle is pivoted at the corner at the top, as shown, with four forces , F1=16 N, F2=16 N, F3=15 N, and F4=15 N acting on it. The angle a=27 degrees. What is the z-component of the torque exerted on the triangle by force F1? у Axis of rotation х FA a F1 a 90° a b α F2 F3
Number 7 only please
Three forces act on the anchor bolt connection shown below. The forces are concurrent at point A.Express all answers to three significant figures with the appropriate units. F2 35 kN FI F3 = 10 kN Express force F1 in rectangular vector form. Take F: = 20 kN and 6, = 50.. Problem #2 Express force F2 in rectangular vector form. Problem#3 Express force F, in rectangular vector form. Problem#4 Determine the resultant force FR in rectangular...
please help me with this problem for statics very
hard
Three forces act on the anchor bolt connection shown below. The forces are concurrent at point A. Express all answers to three significant figures with the appropriate units F2 35 kN 2 F3 10 kN 0 Problem #1 Express force F1 in rectangular vector form. Take F, 20 kN and θ,-50". Problem#2 Express force Fa in rectangular vector form. Problem #3 Express force Fs in rectangular vector form. Problem #4...
Problem 4- Addition of a System of 3D Forces (20 pts) There are four forces acting at point E. Each force has magnitude of 50 kN. Express each force as a Cartesian vector, and calculate the resultant force. FEC FEA FED FEB D 12 m 6 m 4 m 6 m
Problem 4- Addition of a System of 3D Forces (20 pts) There are four forces acting at point E. Each force has magnitude of 50 kN. Express each force...
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
urgent please
Question 1 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...
Find the equivalent resultant force and couple system at points
O and D, given:
F1 = 45 lbs,
F2 = 20 lbs,
F3 = 15 lbs,
L1 = 8 ft,
L2 = 6 ft,
L3 = 5 ft,
x,y,h
= 4,3,5, respectively
FR
= lbs Φ
= °
MO
= lb·ft
MD
= lb·ft
Find the equivalent resultant force and couple system at point
A. Express your answers as Cartesian vectors.
MB is parallel to the Z-axis
and MC is...
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