Situation.5: A horizontal rigid boom OD is subjected to a. vertical load P-1000 N and is supported by two cables to a vertical supporting wall as shown. Assume point O is a hinged-support. (0,3,4) . (0,3,-3) 7m C 1000 N 10m 1. Determine the tension in cable AC.. 2. Determine the tension in cable BC. 3. Determine the magnitude of the reaction at O.

MAGNITUDE ( NEED NEAT HANDWRITTEN SOLUTION ONLY OTHERWISE DOWNVOTE).

I need a step by step answer please how to draw this figure on AutoCad

Q : Write down the description of the following                                                                   Codes.                                                                   (i)   M3                                                                   (ii)  G20                                                                   (iii) G21                                                                   (iv) G90                                                                   (v)  G91                                                                   (vi) G00                                                                   (vii) G02                                                                   (viii) G03

Create the first angle Orthographic view of the attached figure   using creo parametric

Indicate the number of pieces in Image 1. For example, in the image with a number 2, there are 5 pieces

Write TRUE if the UNDERLINED WORD is correct, else type the CORRECT WORD on the space provided to make the statement true. The characteristic equation of the differential equation x²y " – xy'+ y = 0 is Case 2.

Ok. how do I then find the matrix for the element, (stiffness matrix), i only need for the BC element.  Something like the picture. I don't understand how to find it with the angle of the element.

Can you help me with this please? Make the Geometric plan (part drawing, machine zero, reference point and start point).Write program manuscript.

Write a G-Code Program for the part given below. 10 20 40 30 R9 R20 R8 11,98 80 Start Re R7 SS