Determine the support reactions at A and C for the following, The support at A is a thrust bearing. The reactions must be shown on a free body diagram for full credit: F = 120 lbs B 9 ft 2 ft 3 ft

Please do not give solution in image format thanku If you want to do your scale model presentation in such a way that BOTH the size AND distance scaled are correct, how far apart would your squishy stress ball Moon and your answer to the previous question need to be? HINT: Multiply the diameter of the scale model Earth that you chose in the previous question by the number of Earth diameters that would fit between the Earth and the Moon.   Answer choices:   A- You'll need to put one against one wall and hold the other one across the room 240 inches or 20 feet apart   B- You will need a volunteer from the audience so you can hold them 72 inches or 9 feet apart   C- You could hold them both in front of you at 16 inches or about 1.3 feet apart   D- You'll need to tell the kids to use their powers of imagination because the separation would put one of them in the parking lot outside the science center 3600 inches or 300 feet away

I have been asking this question for the third time. please give neat and clean answer. DOnt do shortcuts we paying money mor each question. ONLY TYPED SOLUTION WILL BE ACCEPTED ELSE MANY DISLIKES FROM ALL MY FRIEND INCLUDING THE PREVIOUS ANSWERS. 1st: https://www.bartleby.com/questions-and-answers/77kx-m-98.97-fn-9.cm-64m-88fn-8m-8m-88-kn-m-3/365c8b23-b4f3-446e-b18f-6fad1d17fd61 2nd: https://www.bartleby.com/questions-and-answers/77kx-m-ans-9.cm-64m-77-kn-m-98.97-kn-34.035-kn-98.97-kn-6.6-133.73-kn-16-88n-8m-8m-88-kn-24-88-kn-m-/7c90f342-276f-48d3-bb99-8d38ee6b07a8solve the indeterminate structure using moment distribution method.

fill in the graph and color critical path red. Check to see if it is all correct or if changes need to be done.  Abbrevations are ES: early activity start LS: Late Activity Start Duration TF: Total Float EF: Early Activity Finish LF: Late Activity Finish