For the system of the loads shown in bellow figure, the time required for the 6.6 kg load to fall on the edge, is<br> <img src="/images/question-image/civil-engineering/applied-mechanics-and-graphic-statics/1525414366-4.png" title="Applied Mechanics and Graphic Statics mcq question image" alt="Applied Mechanics and Graphic Statics mcq question image">

The C.G. of the shaded area of the bellow figure from the x-axis is
Applied Mechanics and Graphic Statics mcq question image

A

$$\frac{{\text{a}}}{4}$$

B

$$\frac{{3{\text{a}}}}{4}$$

C

$$\frac{{3{\text{b}}}}{{10}}$$

D

$$\frac{{3{\text{a}}}}{{10}}$$

E

$$\frac{{3{\text{a}}}}{5}$$

Two loads of 50 kg and 75 kg are hung at the ends of a rope passing over a smooth pulley shown in below figure. The tension in the string is:
Applied Mechanics and Graphic Statics mcq question image

A

50 kg

B

75 kg

C

25 kg

D

60 kg

A body A of mass 6.6 kg which is lying on a horizontal platform 4.5 m from its edge is connected to the end of a light string whose other end is supporting a body of mass 3.2 kg as shown in below figure. If the friction between the platform and the body A is $$\frac{1}{3}$$, the acceleration is
Applied Mechanics and Graphic Statics mcq question image

A

0.5 m/sec²

B

0.75 m/sec²

C

1.00 m/sec²

D

1.25 m/sec²

The load shared by the member BC of the structure shown in below figure is
Applied Mechanics and Graphic Statics mcq question image

A

23 t

B

32 t

C

4 t

D

3 t

A weight of 100 kg is supported by a string whose ends are attached to pegs ‘A’ and ‘B’ at the same level shown in below figure. The tension in the string is
Applied Mechanics and Graphic Statics mcq question image

A

50 kg

B

750 kg

C

100 kg

D

120 kg

The beam shown in below figure is supported by a hinge at ‘A’ and a roller at ‘B’. The reaction RA of the hinged support ‘A’ of the beam, is
Applied Mechanics and Graphic Statics mcq question image

A

10.8 t

B

10.6 t

C

10.4 t

D

10.2 t

The ratio of the reactions RA and RB of a simply supported beam shown in below figure is
Applied Mechanics and Graphic Statics mcq question image

A

0.50

B

0.40

C

0.67

D

1.00

The centre of gravity of the trapezium as shown in below figure from the side is at a distance of
Applied Mechanics and Graphic Statics mcq question image

A

$$\frac{{\text{h}}}{3} \times \frac{{{\text{b}} + {\text{2a}}}}{{{\text{b}} + {\text{a}}}}$$

B

$$\frac{{\text{h}}}{3} \times \frac{{2{\text{b}} + {\text{a}}}}{{{\text{b}} + {\text{a}}}}$$

C

$$\frac{{\text{h}}}{2} \times \frac{{{\text{b}} + {\text{2a}}}}{{{\text{b}} + {\text{a}}}}$$

D

$$\frac{{\text{h}}}{2} \times \frac{{2{\text{b}} + {\text{a}}}}{{{\text{b}} + {\text{a}}}}$$

The vertical reaction at the support ‘A’ of the structure shown in below figure, is
Applied Mechanics and Graphic Statics mcq question image

A

1 t

B

2 t

C

3 t

D

3.5 t

The member which does not carry zero force in the structure shown in below figure, is
Applied Mechanics and Graphic Statics mcq question image

A

ED

B

DC

C

BC

D

BD

For the system of the loads shown in bellow figure, the time required for the 6.6 kg load to fall on the edge, is

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