![2. [1pt] A crane of mass M has a wheelbase, E, and its centre of mass midway between the wheels (the mass of the boom is negligible). The boom has length L and makes an angle 0 with the horizontal. The crane is in contact with the ground only at its front and rear tires. The diagram shows the crane, supporting a mass m in front. We will be considering two aspects: (a) the force of the rear wheels on the ground, and (b) when the crane tips over, as a function of m and θ. Answer True or False to each of the statements below; e.g., if the first statement is true and the rest, false, enter TFFFF. You only have 5 tries! i. As shown, the crane would never tip, regardless of the size of m ii. As shown, the weight of the crane leads to a clockwise torque about the front axle iii. As shown, the force of the front wheel on the ground is equal to Mg/2 iv. For all 0<90, the crane will tip if m is large enough V. The crane is in static equilibrium. It is most convenient to calculate torques about the rear axle. Answer: Submit All Answers Last Answer: TTFFF Incorrect, tries 1/5.](http://img.homeworklib.com/questions/61252dd0-d6e5-11ea-a7ae-19b82bd94537.png?x-oss-process=image/resize,w_560)
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2. [1pt] A crane of mass M has a wheelbase, E, and its centre of mass...
1769 1.65m A 19600 N pickup truck has a wheelbase of 3 m and a center...
1769 1.65m A 19600 N pickup truck has a wheelbase of 3 m and a center of mass 1.65 m from the rear axle. A box weighing 3600 N is placed in the truck bed, its c.g. 0.9 m behind the rear axle. NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History The force on the front wheels is: 1. 7740 N 2. 9700 N 3. 11600N 4. 11900 N 5. 18500 N 6. 29100 N A. 6.67...
Question 7 5 pts A vehicle has the following properties; Mass (kg) 1250 Wheelbase (m) 2.55...
Question 7 5 pts A vehicle has the following properties; Mass (kg) 1250 Wheelbase (m) 2.55 Front weight bias 54 (%) Front axle cornering stiffness 120 (kN/rad) Rear axle cornering stiffness 115 (kN/rad) The vehicle is driven at a constant forward speed of 13m/s and subjected to a steer input at the front wheels of 0.03 radians. You are asked to evaluate the lateral velocity of the vehicle, your answer needs to have units of m/s and be to 2...
An automobile with a mass of 1380.00 kg has 3.29 m between the front and rear...
An automobile with a mass of 1380.00 kg has 3.29 m between the front and rear axles. Its center of gravity is located 0.546 m behind the front axle. With the automobile on level ground, determine the magnitude of the force from the ground on (a) each front wheel (assuming equal forces on the front wheels) and (b) each rear wheel (assuming equal forces on the rear wheels). (a) Number Units (b) Number Units
te of - - - - - - - - 1. [1pt] A professor of mass...
te of - - - - - - - - 1. [1pt] A professor of mass m= 56 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 mplank = 10 kg which is supported by a hinge at the wall. A mass Min a light bucket is suspended from the right end of the plank. The professor is a distance { = 2.00 m...
plank plenk ----> 1. [1pt] A professor of mass m= 80 kg is seated on a...
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...
The crane truck has a weight of 11750 lb and a center of gravity at point...
The crane truck has a weight of 11750 lb and a center of gravity at point CG. The parking brake only locks the rear wheels of the truck, so the front wheels are free to rotate. Determine the maximum force F applied at the angle = 32.5° that can be exerted on the crane without it slipping or tipping for each of the following cases: Case 1: The static friction coefficient between the rear tires and the ground is pe...
The centre of mass (G) of an empty pickup truck is "a" mm behind the front wheels as shown in figure 3. The wheelbase of the truck is 2800 mm. The weight of the truck Ws 30 kN (a) Determine t...
The centre of mass (G) of an empty pickup truck is "a" mm behind the front wheels as shown in figure 3. The wheelbase of the truck is 2800 mm. The weight of the truck Ws 30 kN (a) Determine the reaction forces that the ground imposes on the wheels at A and B (i.e. Ay and (10 marks) (b) Determine the reaction forces that the ground imposes on the wheels at A and B (i.e. Ay and (10 marks)...
1. [1pt] A professor of mass m = 65 kg is seated on a light harness connected to a rope and pulley system as shown. The...
1. [1pt]
A professor of mass m = 65 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 mplank = 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 ℓ = 2.90 m from the hinge; the plank has length L...
Planar Kinetics of a rigid body- Translation Q5: The dragster has a mass of 1500 kg...
Planar Kinetics of a rigid body- Translation Q5: The dragster has a mass of 1500 kg and a centre of mass at G. If no slipping occurs. Neglect the mass of the wheels and assume that the front wheels are free to roll. a. Determine the frictional force Fa which must be developed at each of the rear drive wheels B in order to create an acceleration of a m/s. 6 b. What are the normal reactions of each wheel...
2. [1pt] Answer True, False, or Cannot tell to each of the four statements below. E.g.,...
2. [1pt] Answer True, False, or Cannot tell to each of the four statements below. E.g., if the answer to the first statement is 'true' and to the rest, cannot tell', enter TCCC. a. The solid cylinders and the cylindrical shells have the same mass, the same radius, and turn on frictionless axles. A rope is wrapped around each of them and is acted on as shown. Cylinder shell 3 has the smallest angular acceleration. b. Force F and force...
1769 1.65m A 19600 N pickup truck has a wheelbase of 3 m and a center of mass 1.65 m from the rear axle. A box weighing 3600 N is placed in the truck bed, its c.g. 0.9 m behind the rear axle. NOTES IMAGES DISCUSS UNITS STATS HELP Part Description Answer Chk History The force on the front wheels is: 1. 7740 N 2. 9700 N 3. 11600N 4. 11900 N 5. 18500 N 6. 29100 N A. 6.67...
Question 7 5 pts A vehicle has the following properties; Mass (kg) 1250 Wheelbase (m) 2.55 Front weight bias 54 (%) Front axle cornering stiffness 120 (kN/rad) Rear axle cornering stiffness 115 (kN/rad) The vehicle is driven at a constant forward speed of 13m/s and subjected to a steer input at the front wheels of 0.03 radians. You are asked to evaluate the lateral velocity of the vehicle, your answer needs to have units of m/s and be to 2...
An automobile with a mass of 1380.00 kg has 3.29 m between the front and rear axles. Its center of gravity is located 0.546 m behind the front axle. With the automobile on level ground, determine the magnitude of the force from the ground on (a) each front wheel (assuming equal forces on the front wheels) and (b) each rear wheel (assuming equal forces on the rear wheels). (a) Number Units (b) Number Units
te of - - - - - - - - 1. [1pt] A professor of mass m= 56 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 mplank = 10 kg which is supported by a hinge at the wall. A mass Min a light bucket is suspended from the right end of the plank. The professor is a distance { = 2.00 m...
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...
The crane truck has a weight of 11750 lb and a center of gravity at point CG. The parking brake only locks the rear wheels of the truck, so the front wheels are free to rotate. Determine the maximum force F applied at the angle = 32.5° that can be exerted on the crane without it slipping or tipping for each of the following cases: Case 1: The static friction coefficient between the rear tires and the ground is pe...
The centre of mass (G) of an empty pickup truck is "a" mm behind the front wheels as shown in figure 3. The wheelbase of the truck is 2800 mm. The weight of the truck Ws 30 kN (a) Determine the reaction forces that the ground imposes on the wheels at A and B (i.e. Ay and (10 marks) (b) Determine the reaction forces that the ground imposes on the wheels at A and B (i.e. Ay and (10 marks)...
1. [1pt]
A professor of mass m = 65 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 mplank = 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 ℓ = 2.90 m from the hinge; the plank has length L...
Planar Kinetics of a rigid body- Translation Q5: The dragster has a mass of 1500 kg and a centre of mass at G. If no slipping occurs. Neglect the mass of the wheels and assume that the front wheels are free to roll. a. Determine the frictional force Fa which must be developed at each of the rear drive wheels B in order to create an acceleration of a m/s. 6 b. What are the normal reactions of each wheel...
2. [1pt] Answer True, False, or Cannot tell to each of the four statements below. E.g., if the answer to the first statement is 'true' and to the rest, cannot tell', enter TCCC. a. The solid cylinders and the cylindrical shells have the same mass, the same radius, and turn on frictionless axles. A rope is wrapped around each of them and is acted on as shown. Cylinder shell 3 has the smallest angular acceleration. b. Force F and force...
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