The pipe structure is acted upon by a force of 168 N downward at point A, a force of 50.0 N downward at point B, and a force of 50.0 N upward at C as shown.D1 = 1.02 mPart A - Part AD2 = 0.250 mD3 = 0.510 mWhich of these forces create a couple moment ?Select the check boxes next to the correct answer. Only one option may be selected.i) Which of these forces create a couple moment, and what is the magnitude of this couple moment?ii) Replace this system by an equivalent single resultant force vector FR and moment vector MR, about point O.O None of the forces.ii) This system can be further simplified to be a single resultant force vector FR acting at a point on the a – axis. Specify where this point is on the x – axis.O The forces at A and BNote that this will be easier if you solve these three questions before inputting all the values. Use units of N and m.O All three forces.(Figure 1)O The forces at A and CO The forces at B and CFigureSubmitRequest Answer|ZPart B - Part BWhat is the magnitude of the couple moment produced by the forces at B and C?Enter the magnitude of the couple moment. Express your answers in N - m to threesignificant figures.FAHVα ΑΣφ vecD1?yN. mSubmitRequest AnswerPart C - Part CFBExpress the force at point A in cartesian vector form.AEnter the x, y and z components of the force vector separated by commas. Expressyour answers in N to three significant figures.vec?DzBFA =FctSubmitRequest AnswerPart D - Part DExpress the force at point B in cartesian vector form.D3CEnter the x, y and z components of the force vector separated by commas. Expressyour answers in N to three significant figures. The pipe structure is acted upon by a force of 168 N downward at point A, a force of 50.0 N downward at point B, and a force of 50.0 N upward at C as shown.D1 = 1.02 mPart E - Part ED2 = 0.250 mExpress the force at point C' in cartesian vector form.D3 = 0.510 mi) Which of these forces create a couple moment, and what is the magnitude of this couple moment?Enter the x, y and z components of the force vector separated by commas. Expressyour answers in N to three significant figures.ii) Replace this system by an equivalent single resultant force vector FR and moment vector MRo about point O.iii) This system can be further simplified to be a single resultant force vector FR acting at a point on the x – axis. Specify where this point is on the a – axis.VO AE¢ It vecNote that this will be easier if you solve these three questions before inputting all the values. Use units of N and m.Fc =N(Figure 1)SubmitRequest AnswerFigure1 of 1Part F - Part FCalculate the resultant force FR and express the result in cartesian vector form.Enter the x, y and z components of the force vector separated by commas. Expressyour answers in N to three significant figures.VG| AEO n vecFAFR =ND1ySubmitRequest AnswerPart G - Part GCalculate the resultant moment about O, otherwise known as MRo and express the result incartesian vector form.Enter the x, y and z components of the moment vector separated by commas. Expressyour answers in N. m to three significant figures.AFBvecMRo =N.mD2FctBSubmitRequest AnswerXPart H - Part HThis system can be further simplified to be a single resultant force vector FR acting at a pointon the x – axis. Specify where this point is on the x – axis.D3Enter the location of the point on the x – axis. Express your answer in m to threesignificant figures.

Question

The pipe structure is acted upon by a force of 168 N downward at point A, a force of 50.0 N downward at point B, and a force of 50.0 N upward at C as shown.D1 = 1.02 mPart A - Part AD2 = 0.250 mD3 = 0.510 mWhich of these forces create a couple moment ?Select the check boxes next to the correct answer. Only one option may be selected.i) Which of these forces create a couple moment, and what is the magnitude of this couple moment?ii) Replace this system by an equivalent single resultant force vector FR and moment vector MR, about point O.O None of the forces.ii) This system can be further simplified to be a single resultant force vector FR acting at a point on the a – axis. Specify where this point is on the x – axis.O The forces at A and BNote that this will be easier if you solve these three questions before inputting all the values. Use units of N and m.O All three forces.(Figure 1)O The forces at A and CO The forces at B and CFigure< 1 of 1 >SubmitRequest Answer|ZPart B - Part BWhat is the magnitude of the couple moment produced by the forces at B and C?Enter the magnitude of the couple moment. Express your answers in N - m to threesignificant figures.FAHVα ΑΣφ vecD1?yN. mSubmitRequest AnswerPart C - Part CFBExpress the force at point A in cartesian vector form.AEnter the x, y and z components of the force vector separated by commas. Expressyour answers in N to three significant figures.vec?DzBFA =FctSubmitRequest AnswerPart D - Part DExpress the force at point B in cartesian vector form.D3CEnter the x, y and z components of the force vector separated by commas. Expressyour answers in N to three significant figures. The pipe structure is acted upon by a force of 168 N downward at point A, a force of 50.0 N downward at point B, and a force of 50.0 N upward at C as shown.D1 = 1.02 mPart E - Part ED2 = 0.250 mExpress the force at point C' in cartesian vector form.D3 = 0.510 mi) Which of these forces create a couple moment, and what is the magnitude of this couple moment?Enter the x, y and z components of the force vector separated by commas. Expressyour answers in N to three significant figures.ii) Replace this system by an equivalent single resultant force vector FR and moment vector MRo about point O.iii) This system can be further simplified to be a single resultant force vector FR acting at a point on the x – axis. Specify where this point is on the a – axis.VO AE¢ It vecNote that this will be easier if you solve these three questions before inputting all the values. Use units of N and m.Fc =N(Figure 1)SubmitRequest AnswerFigure1 of 1>Part F - Part FCalculate the resultant force FR and express the result in cartesian vector form.Enter the x, y and z components of the force vector separated by commas. Expressyour answers in N to three significant figures.VG| AEO n vecFAFR =ND1ySubmitRequest AnswerPart G - Part GCalculate the resultant moment about O, otherwise known as MRo and express the result incartesian vector form.Enter the x, y and z components of the moment vector separated by commas. Expressyour answers in N. m to three significant figures.AFBvecMRo =N.mD2FctBSubmitRequest AnswerXPart H - Part HThis system can be further simplified to be a single resultant force vector FR acting at a pointon the x – axis. Specify where this point is on the x – axis.D3Enter the location of the point on the x – axis. Express your answer in m to threesignificant figures.

Accepted Answer

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