Im 11 m If the maximum force in each rod can not exceed F, determine the...
If the maximum force in each rod can not exceed F, determine the greatest mass of the crate that can be supported. Use F = 2,300 N, L1 = 2.2 m, L2 = 3.8 m, and L3 = 2.8 m for your calculations. 3 m --2 m2 1 m 2 m 0 2 m 1 m L1- If the maximum force in each rod can not exceed F, determine the greatest mass of the crate that can be supported. Use...
If the maximum force in each rod can not exceed F, determine the greatest mass of the crate that can be supported. Use F = 3,400 N, L1 = 1.1 m, L2 = 4.9 m, and L3 = 3.9 m for your calculations. 1 m 2 m m
please don't round off till the end. thank you so much Question 1 (1 point) 41 m 2 m If the maximum force in each rod can not exceed F, determine the greatest mass of the crate that can be supported. Use F = 2.300 N, L1 = 2.2 m, L2 = 3.8 m, and L3 - 2.8 m for your calculations Your answer: Greatest mass of the crate in kg (round the result to the nearest integer):
Determine the maximum force F that can be supported in the position shown if each chain can support a maximum tension of 620 lb before it fails. 30°
Determine the greatest force F that can be applied to the ring if each cable can support a maximum force of 900 lb. 1 ft 6 ft ft 2 ft
Question 1 options: Determine the moment of force F about an axis extending between A and C. Express the result as a Cartesian vector. Use F = {5i + 10j - 4k} kN, L1 = 5 m, L2 = 4 m, and L3 = 3 m for your calculations. Your answer: x-component of the resultant moment in kNm (round the result to 1 decimal place): y-component of the resultant moment in kNm (round the result to 1 decimal place): z-component...
Find the maximum value of force "F" that can be applied to the system of the rod AB (Area=2 in?, E=29x106 psi) and the rigid beam BD, if the stress in the rod cannot exceed 20,000 lb/in' and the vertical movement of point D cannot exceed 0.05 in. The beam BD is horizontal before the load Fis applied. (15 points) EMB=0 hinge B 5 " 4" 6"
A uniform rod of mass M = 5.14kg and length L = 1.01m can pivot freely (i.e., we ignore friction) about a hinge attached to a wall, as seen in the figure below. The rod is held horizontally and then released. At the moment of release, determine the angular acceleration of the rod. Use units of rad/s^2. Determine the linear acceleration of the tip of the rod. Assume that the force of gravity acts at the center of mass of...
Solve for each of the problems below. 400 N/m 200 N/m 4 m 8. Determine the force in each member of the truss and state if the members are in tension or compression. (a) Use 0-0 (b) Use 030 kN 15 m 2 m 4 KN 9. A uniform rod has a length I and weight W. It is supported at its left end A by a smooth wall and at its right end by a cord of length s...
The circular rod shown (Figure 1) has dimensions d1 = 6 cm , L1 = 6 m , d2 = 4.2 cm , and L2 = 5 m with applied loads F1 = 120 kN and F2 = 60 kN . The modulus of elasticity is E = 85 GPa . Use the following steps to find the deflection at point D. Point B is halfway between points A and C. 1) What is the reaction force at A? Let...