Lab Phys1111 - Freebody Weight Normal

Static Equilibrium of a rigid body. The left picture of the rigid body is the initial, the right picture is the final. Complete the calculations of all the quantities in the data table. Check to see if each of the equations of equilibrium is satisified. Use the blue filled out information to help you get the data for the other parts.

Please show work

1. How well did the graphical solutions agree with the measured values? 2. Why tension of the string equal to the weight on the load hanger? 3. Write the equations of equilibrium of particles ?

1–2. Figure C1.2 shows a mechanism that is typical in the tank of a water closet. Note that flapper C is hollow and filled with trapped air. Carefully examine the configuration of the components in the mechanism. Then answer the following leading questions to gain insight into the operation of the mechanism. 1. As the handle A is rotated counterclockwise, what is the motion of flapper C? 2. When flapper C is raised, what effect is seen? 3. When flapper C is lifted, it tends to remain in an upward position for a period of time. What causes this tendency to keep the flapper lifted? 4. When will this tendency (to keep flapper C lifted) cease Plz connect me if you want to explan subject for me .... +962 79180149 Thx

1–2. Figure C1.2 shows a mechanism that is typical in the tank of a water closet. Note that flapper C is hollow and filled with trapped air. Carefully examine the configuration of the components in the mechanism. Then answer the following leading questions to gain insight into the operation of the mechanism. 5. What effect will cause item D to move? 6. As item D is moved in a counterclockwise direction, what happens to item F? 7. What does item F control? 8. What is the overall operation of these mechanisms? 9. Why is there a need for this mechanism and a need to store water in this tank

Please show everything step by step in simplest form. Please provide the right answer exactly as per the Question.  Please go through the Question very accurately.

8.5.2 Represent and reason y PIVOTAL Class: Equipment per group: whiteboard and markers. Iupe on beam sope on beam 2 ton beam (200 N) „ (600 N) 10 m 7 m 5 m person on beam A force diagram for a beam is shown at the right. Help your group members to apply the first and second conditions of equilibrium for this situation and solve for the unknown forces. Draw a picture of a situation that the diagram might describe. Put your work on a whiteboard.

Bonus Question: 8 Extra points A block of mass m = 1.0 kg is dropped from height h= 75cm onto a spring. The mass will attache to the spring and then the spring will compress. a). Find the spring constant if the maximum distance the spring is compressed is 10cm in following arrangement? ០០០០០០០០០ b). Find the maximum distance the spring is compressed in following arrangement if the angle is 30 degrees? You are using same spring. ss. mmmm 8

Help!!! Please answer part B correctly!!! Please

Please solve review question . I am also confused in the second part of the question by what it means to express loads by the approximation % of the body weight.

Describe classification of force. Tell about principle of transmissibility. What are rectangular components of force? Identify the rectangular Q: 1 Q: 2 components of force in two-dimensional system. Q: 3 Differentiate between moment and couple? Describe moment and couple in three-dimensional system. Describe the methodology used to formulate and solve statics problems. Determine the weight in newtons of small aeroplan model whose mass is Q: 4 |Q: 5 1800 kg. Convert the mass of aeroplan model to slugs and then determine its weight in pounds.

Base on the illustration. What must be true of all these force for the body tobe in equilibrium?

Please solve it sir, the value of n=5, thanks i will like.

Subject: Statics of Rigid BodiesPlease display your solution, and please make it nice and readable.

Problem 1: You have been hired to design a family-friendly see-saw. Your design will feature a uniform board (mass M=10 kg, length L = 3.7 m) that can be moved so that the pivot is a distance d from the center of the board. This will allow riders to achieve static equilibrium even if they are of different mass, as most people are. You have decided that each rider will be positioned so that his/her center of mass will be a distance xoffset ;= 17 cm from the end of the board when seated as shown. You have selected a child of mass m = 29 kg (shown on the right), and an adult of mass m2 = 62 kg (shown on the left) to test out your prototype. Xffset Xoffset Part (a) Determine the distance in meters. d = Part (b) Determine the magnitude of the force exerted on the pivot point by the see-saw while in use in newtons. EN = sin() cos() tan() 7 8 9 HOME cotan() asin() acos() E 4 atan() sinh() acotan() * 1 2 cosh() tanh() cotanh() + - END Degrees Radians BACKSPACE CLEAR DEL Submit Hint Feedback I…

A lead block is suspended from your hand by a string. The reaction to the force of gravity on the block is the force exerted by: O the block on the string. the string on the hand. O the block on Earth. O the string on the block. none of the given choices

Principle of Work and Energy for a System of Particles Learning Goal: The two blocks shown have masses of mA = 43 kg and mp = 78 kg. The coefficient of kinetic friction between block A and the inclined plane is 0.14. The angle of the inclined plane is given by = 35°. Neglect the weight of the rope and pulley (Figure 1) Figure 88°F Clear 1 of 1 S

Hi,  can i get help with all parts of this question. thanks

THERMODYNAMICS TOPIC: FIRST LAW OF THERMO/THERMODYNAMIC SYSTEM   SOLVE COMPLETELY. AND PLEASE DRAW A DIAGRAM WITH YOUR SOLUTION.   THANK YOU

Please provide  factual solution and I will leave thumbs up

A rope is hung over a stationary drum with weights on each end (100N; 400N). The rope is just on the point of slipping. What is the coefficient of friction, and wrapped number. And also, if we take the same rope and making 14 turns around a stationary horizontal drum to support a heavy weight. If the coefficient of friction is Almost the same, what weight can be supported by exerting a 50-lb force at the other end of the rope?

Question 2 You want to move a hay bale to the top of a hill using a forklift. Find the minimum tractive force, P, between the tires and the ground that is required to move the hay bale. The mass of the bale is 1200 kg. Assume u, = 0.4 between the bale and the ground and between the bale and the vertical forklift platform. 30° P = 22.1 kN

Please answer by own do not copy paste from other answer.

3) For the following system, the rod is uniform and weighs 1200N and the sign weighs 2000N. The diameter of the cylindrical supporting steel cable is 4.00cm. a) Determine the tension needed in the steel cable to keep the system in equilibrium. b) Determine the horizontal and vertical forces on the rod due to the pivot. c) Determine the fractional change in the steel cable. Supporting Cable, with tension FT 3/4L 25°/0 L Pivot x=90° A sign B = 65°

PART D

Please walk me through the process of getting my answer and make sure to include the magnitude of the force.

Q2 / The arm of patient was placed into traction, stretch of the shoulder from a length of 0.56 m to 0.562 m. The shoulder has diameter 2.06 cm. Note that the bone has Young's modules of 1.6 x 1010 in tension, what force was used to stretch the shoulder?

Q.1) Draw a Free Body Diagram for each object indicated below. Include values for known forces and moments and variables for any unknown quantity. Use dashed lines to include any dimensions or angles when appropriate. Any two-force member should be modeled using a single force in the appropriate direction. (a) Draw member ABD assuming all members have negligible mass. B, C, and D are all pin connections. T 1 in. -3 in. A 50 lb 2 in. B -5 in. D 3 in. (b) Draw member ABC. Assume the mass of ABC is negligible, the mass and size of pulleys C and D are negligible and the pulleys are frictionless. A represents a pin connection. Welded 0.5 m 1200 mm-600- D mm 0.4 m B 300 mm 0.4 m A 400 kg uniform steel beam is welded to the wall at A. An 80 kg man stands on the beam while holding the end of a cable that wraps around a pulley having negligible friction and negligible mass. Treat the man as a rigid body with two feet contacting the beam. (c) Draw the steel beam and man as one FBD. (d) Draw the…

1) Calculate the magnitude of the force in the elbow joint in units of newtons.