5. [1pt] Five identical books of mass 600 g and width a = 196 mm are stepped equally and so as to maximize the overhang, d. Calculate d.
5. [1pt] Five identical books of mass 600 g and width a = 196 mm are...
Five identical books of mass 600 g and width a = 196 mm are stepped equally and so as to maximize the overhang, d. Calculate d. THE ANSWER IS NOT 196 mm. 5. [1pt] Five identical books of mass 600 g and width a = 196 mm are stepped equally and so as to maximize the overhang, d. Calculate d. Answer: Submit All Answers
-te 5. [1pt] Three identical books of mass 720 g and width a = 180 mm are stepped equally and so as to maximize the overhang, d. Calculate d. Submit All Answers Last Answer: 108mm Answer: Not yet correct, tries 7/15
5. [lpt] Four identical books of mass 1180 g and width a = 170 mm are stepped equally and so as to maximize the overhang, d. Calculate d Submit All Answers Answer:
Please help me solve this question and shows the processes of the solutions, thank you :) 5. [1pt] Five identical books of mass 890 g and width a = 217 mm are stepped equally and so as to maximize the overhang, d. Calculate d.
d T 4. [lpt] A uniform 2.91 kg board of length L = 1.400 m overhangs the edge of a table by x = 0.560 m. A 0.86 kg block is placed on the board, what is the maximum distance d from the edge of the table that the centre of the block can be placed without tipping the board? Submit All Answers Answer: 5. [lpt] Four identical books of mass 1160 g and width a = 230 mm are...
Could you please help with question 5 and 1 NOTE: the answer for question 5 is NOT 112mm, 224mm, 37.33mm NOTE: the answer for question 1 in NOT FTFTF, FTTTT, FTFTT, FTTTF 5. [1pt] Four identical books of mass 790 g and width a = 224 mm are stepped equally and so as to maximize the overhang, d. Calculate d. Answer: ( Submit All Answers Not yet correct, tries 4/15 to an * - - - - - - -...
Tuytetary G - Fd tod tod t-dot-dot-d- 21. [1pt] The truss is supported by rollers at A and by a pin-joint at G. Find the force in members CD, LD, and KL. Assume d = 1.97 m, F1 = 3910 N, F, = 5200 N, F3 = 7160 N, F. = 5800 N. If the member is in compression, enter a negative force. Enter FCD Answer: Submit All Answers 22. [1pt] Enter FLD Answer: Submit All Answers 23. (1pt] Enter...
5. [1pt] Consider a perfectly elastic collision between two objects of equal mass. Object 1 is initially moving with a velocity v = 3.07 m/s while object 2 is at rest. What are the final velocities after the collision? Enter the final velocity of object 1 first. Correct, computer gets: 0.002+00 m/s, 3.07e+00 m/s 6. [1pt] If the objects have masses m = 2.37 kg and m2 = 4.94 kg, what are the final velocities of the objects after the...
plank plenk ----> 1. [1pt] A professor of mass m= 80 kg is seated on a light harness connected to a rope and pulley system as shown. The professor's feet touch a uniform plank of mass m lank = 20 kg which is supported by a hinge at the wall. A mass M in a light bucket is suspended from the right end of the plank. The professor is a distance ( = 2.10 m from the hinge; the plank...
17. [1pt) A wheel of mass m = 1.87 kg and moment of inertia, I = 1.530 kg.m- is supported by a pivot a distance d=0.17 m from the wheel, as shown in the diagram. The axle through the wheel is initially in the horizontal plane, as shown, and the wheel is spinning about the axis in the sense indicated, with an angular velocity o = 90 rad's. Answer the following three questions using the choices given; c.g., if the...