Calculate the min and max distances in the restrained condition on the hat bracket attached. Enter your answers in the table. Please refer to image.

Ignore my work please

Please I want you to solve the question below in the same way that I provided in another. picture I want to you to include F_R. also the coordinator x_R and YR. and x_C and y_C. also I want to know the h_C. The gate in the figure below is 5 ft wide, is hinged at point B, and rests against a smooth wall at point A. (1) Compute the force on the gate due to water pressure (Must include the magnitude and the center of pressure) (2) Compute the horizontal force exerted by the wall at point A. (3) Compute the reaction force at the hinge B (Must include the magnitude and direction

Please write it on paper.

Draw the FBDs for the following system with its distributed loads simplified to their equivalentloads. Draw the FBD where the system is the bar.  You can find the system in the image provided below.

Need help with these  Q2. Identify any zero force members. ( there can be more than one )  Member AB Member AJ Member BCBC Member BH Member BJ Member CD Member CG Member CH Member DE Member DF Member DG Member EF Member FG Member GH Member GJ q3.  You are asked to find the forces in members GHGH and CGCG using the Method of Sections. Which members should you make a cut through?   Member AB Member AJ Member BC Member BH Member BJ Member CD Member CG Member CH Member DE Member DF Member DG Member EF Member FG Member GH Member GJ Q4. Having made a cut through the members in the previous part, you next want to solve for Member GH. Which of the following equilibrium equations is the most efficient? (i.e. which one will allow you to solve for the required member in one equation?) a. ΣFx=0.  b. ΣMC=0. c. ΣMH=0. d. ΣFy=0 e ΣMD=0

Pivot A constant density bar with mass m and length Lis held in place as shown. Use the usual x,y,z coordinates for the following questions. Celling Cable 12. Measuring from the pivot, in the space below draw the torque-pic for the weight force exerted on the bar. Be sure your torque-pic includes both an expression for r in terms of L and also the value for the angle between r and weight force. Bar 350 Length = L

Given the 600-N force applied to the bracket at A in Fig 1 below, determine: (a)  the horizontal and vertical components, label as Fx and Fy respectively. Clearly draw the resolution process to get these components and indicate the axes. (b) the components that are parallel and perpendicular to the direction 150 W of N. Label the components as F1 and F2 respectively. Clearly draw the resolution process to get these components and indicate the axes. (c) the components that are parallel and perpendicular to the direction 150S of E. Label these components as F3 and F4 respectively. Clearly draw the resolution process to get these components and indicate the axes.