![+ i. Fr= (N). [2] ii. F=_ Lý (N). [2] INI + iii. The relation between Fr. Po and Pg is iv. 3 = 1 + _(N). [2] v. Es is Nin mag](http://img.homeworklib.com/questions/ed38f030-92ce-11ea-b993-911483d98b4d.png?x-oss-process=image/resize,w_560)
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The resultant vector
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(2) Figure 4 shows the top view of a force table, which will be figure 3:...
Figure 4: Top view of force table. (3) Figure 5 is an inclined-plane system that will...
Figure 4: Top view of force table. (3) Figure 5 is an inclined-plane system that will be stud- ied in the first part of this experiment. As labelled in the figure, the x (y) direction is parallel (perpendicular) to the inclined plane, and the gravitational acceleration is downward. If the hanging mass m is too small, the block mass M on the inclined plane slides down. When the hanging mass is gradually increased to a lower-bound value mi such that...
A crate sits on wooden horizontal surface (a wooden floor). The figure shows a top view...
A crate sits on wooden horizontal surface (a wooden floor). The figure shows a top view of this looking down onto the crate (gravity would be acting into the page). Man one and man two apply forces F1 and F2, at angles of θ1 and θ2 respectively, with the goal of moving the crate in the x-direction. A resultant force of Fr = 31 lbs in the x-direction is required to accomplish this. All of the forces are in the...
Complete the table below. (Measure all angles bet ween 0° and 360, counterclockwise fzon the +z-axis.) Data Table 2...
Complete the table below. (Measure all angles bet ween 0° and 360, counterclockwise fzon the +z-axis.) Data Table 2 g-component (N) z-component (N) Angle (degrees) Force Mass (N) (kg) Force 150 0.300 Fi F2 0-35a 25 R= Fi+F Resultant Equilibrant What is the calculated value of Fa (equilibrant) needed to balance the two forces F1 and F2 magnitude F3,cale direction 03,cale What are the experimental values of F2 and F3? magnitude F2exp direction θ2,01p magnitude F3,exp direction 03,exp What is...
solve all 4 parts of question 1 YA A 2 Question (write down the answers in...
solve all 4 parts of question 1
YA A 2 Question (write down the answers in Pre-lab) (1) Consider the vector forces in Figure 3. Please draw forces W, X, Y, and Z, such that i. W has twice the strength and is opposite to . ii. X is the resultant force of A and C. iii. Ÿ is the resultant force of B and C. iv. Z is the equilibrant force of Ā, B, and C. XN B C
Part A Constants Figure 1) shows an end view of two long, parallel wires Draw vectors...
Part A Constants Figure 1) shows an end view of two long, parallel wires Draw vectors to show the B field of each wire and the net B field at point P endicular to the xy-plane, each carrying a current I but in opposite directions. Draw the force vectors with their tails at the point P.The orientation of your vectors will be graded. The exact length of your vectors will not be graded but the relative length of one to...
PART II: THE RESULTANT OF ADDING THREE FORCES(VECTORS). In this activity consider vector & as force...
PART II: THE RESULTANT OF ADDING THREE FORCES(VECTORS). In this activity consider vector & as force (F), vector bas force (F), and vector & as force (). While vector 3 is the resultant vector (FR) 1- Select explore 20" from the option window at the bottom of the graph. 2- Drag the origin of the graph paper to the middle as shown in figure (6) 3- Drag vector a, b, and to the graph paper. 4- Fix the magnitude and...
The top view of a table, with weight Wt, is shown in the figure. (Figure 1) The table has lost the leg at (Lx, Ly), i...
The top view of a table, with weight Wt, is shown in the figure. (Figure 1) The table has lost the leg at (Lx, Ly), in the upper right corner of the diagram, and is in danger of tipping over. Company is about to arrive, so the host tries to stabilize the table by placing a heavy vase (represented by the green circle) of weight Wv at ( X, Y). Denote the magnitudes of the upward forces on the table...
Figure Q1(b) shows a beam AD which is loaded with the force F. The coefficient of...
Figure Q1(b) shows a beam AD which is loaded with the force F.
The coefficient of static friction at the top and bottom surfaces
of the wedge are ???=0.25 and ???=0.35, respectively. Neglect the
weight, size of the wedge and the thickness of the beam.
Considering the value of F from the Table Q1(b) attached, answer
the following;
(i) Draw the free body diagram of the given problem with all forces
and support reactions.
(2 marks)
(ii) Determine the horizontal...
Q4. Figure Q4 shows a steel column that pinned on top and fixed at the base....
Q4. Figure Q4 shows a steel column that pinned on top and fixed at the base. The column is restrained by steel beams about its x-axis and y-axis on the top of the column. The radius of gyrations of the column about x-axis is 137 mm and y-axis is 77.8 mm. The Modulus Elasticity of the column is 200 x10 kPa. (i) Calculate the moment of inertia of the column on x axis and y axis. (17 marks) (ii) Find...
The figure shows an overhead view of a 0.028 kg lemon half and two of the...
The figure shows an overhead view of a 0.028 kg lemon half and two of the three horizontal forces that act on it as it is on a frictionless table. Force F 1 has a magnitude of 3 N and is at θ1-26. Force F2 has a magnitude of 6 N and is at θ2-34°. In unit-vector 2(i-3) notation, what is the third force if the lemon half (a) is stationary, (b) has the constant velocity v = 12,-12) m/s,...
Figure 4: Top view of force table. (3) Figure 5 is an inclined-plane system that will be stud- ied in the first part of this experiment. As labelled in the figure, the x (y) direction is parallel (perpendicular) to the inclined plane, and the gravitational acceleration is downward. If the hanging mass m is too small, the block mass M on the inclined plane slides down. When the hanging mass is gradually increased to a lower-bound value mi such that...
Complete the table below. (Measure all angles bet ween 0° and 360, counterclockwise fzon the +z-axis.) Data Table 2 g-component (N) z-component (N) Angle (degrees) Force Mass (N) (kg) Force 150 0.300 Fi F2 0-35a 25 R= Fi+F Resultant Equilibrant What is the calculated value of Fa (equilibrant) needed to balance the two forces F1 and F2 magnitude F3,cale direction 03,cale What are the experimental values of F2 and F3? magnitude F2exp direction θ2,01p magnitude F3,exp direction 03,exp What is...
solve all 4 parts of question 1
YA A 2 Question (write down the answers in Pre-lab) (1) Consider the vector forces in Figure 3. Please draw forces W, X, Y, and Z, such that i. W has twice the strength and is opposite to . ii. X is the resultant force of A and C. iii. Ÿ is the resultant force of B and C. iv. Z is the equilibrant force of Ā, B, and C. XN B C
Part A Constants Figure 1) shows an end view of two long, parallel wires Draw vectors to show the B field of each wire and the net B field at point P endicular to the xy-plane, each carrying a current I but in opposite directions. Draw the force vectors with their tails at the point P.The orientation of your vectors will be graded. The exact length of your vectors will not be graded but the relative length of one to...
PART II: THE RESULTANT OF ADDING THREE FORCES(VECTORS). In this activity consider vector & as force (F), vector bas force (F), and vector & as force (). While vector 3 is the resultant vector (FR) 1- Select explore 20" from the option window at the bottom of the graph. 2- Drag the origin of the graph paper to the middle as shown in figure (6) 3- Drag vector a, b, and to the graph paper. 4- Fix the magnitude and...
Figure Q1(b) shows a beam AD which is loaded with the force F.
The coefficient of static friction at the top and bottom surfaces
of the wedge are ???=0.25 and ???=0.35, respectively. Neglect the
weight, size of the wedge and the thickness of the beam.
Considering the value of F from the Table Q1(b) attached, answer
the following;
(i) Draw the free body diagram of the given problem with all forces
and support reactions.
(2 marks)
(ii) Determine the horizontal...
Q4. Figure Q4 shows a steel column that pinned on top and fixed at the base. The column is restrained by steel beams about its x-axis and y-axis on the top of the column. The radius of gyrations of the column about x-axis is 137 mm and y-axis is 77.8 mm. The Modulus Elasticity of the column is 200 x10 kPa. (i) Calculate the moment of inertia of the column on x axis and y axis. (17 marks) (ii) Find...
The figure shows an overhead view of a 0.028 kg lemon half and two of the three horizontal forces that act on it as it is on a frictionless table. Force F 1 has a magnitude of 3 N and is at θ1-26. Force F2 has a magnitude of 6 N and is at θ2-34°. In unit-vector 2(i-3) notation, what is the third force if the lemon half (a) is stationary, (b) has the constant velocity v = 12,-12) m/s,...
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