GATE ME 2006 | GATE ME Year Wise Previous Years Questions

GATE ME 2006

MCQ (Single Correct Answer)

-0.6

Match the items in column $$I$$ and $$II$$

List $$I$$
$$P.$$ Higher kinematic pair
$$Q.$$ Lower kinematic pair
$$R.$$ Quick return mechanism
$$S.$$ Mobility of a linkage

List $$II$$
$$1.$$ Grubler's equation
$$2.$$ Line contact
$$3.$$ Euler's equation
$$4.$$ planar
$$5.$$ Shaper
$$6.$$ Surface contact

$$P = 2,Q = 6,R = 4,S = 3$$

$$P = 6,Q = 2,R = 4,S = 1$$

$$P = 6,Q = 2,R = 5,S = 3$$

$$P = 2,Q = 6,R = 5,S = 1$$

GATE ME 2006

MCQ (Single Correct Answer)

-0.3

For a four bar linkage in Toggle position, the value of mechanical advantage is

0.0

0.5

1.0

$$\infty $$

GATE ME 2006

MCQ (Single Correct Answer)

-0.6

If $${C_f}$$ is the coefficient of speed fluctuation of a flywheel then the ratio of $${\omega _{\max }}/{\omega _{\min }}$$ will be

$${{1 - 2{C_f}} \over {1 + 2{C_f}}}$$

$${{2 - {C_f}} \over {2 + {C_f}}}$$

$${{1 - 2{C_f}} \over {1 - 2{C_f}}}$$

$${{2 + {C_f}} \over {2 - {C_f}}}$$

GATE ME 2006

MCQ (Single Correct Answer)

-0.3

The differential equation governing the vibrating system is GATE ME 2006 Theory of Machines - Vibrations Question 65 English

$$m\mathop x\limits^{ \bullet \bullet } + c\mathop x\limits^{ \bullet \bullet } + k\left( {x - y} \right) = 0$$

$$m\left( {\mathop x\limits^{ \bullet \bullet } - \mathop y\limits^{ \bullet \bullet } } \right) + c\left( {\mathop x\limits^ \bullet - \mathop y\limits^ \bullet } \right) + kx = 0$$

$$m\mathop x\limits^{ \bullet \bullet } + c\left( {\mathop x\limits^ \bullet - \mathop y\limits^ \bullet } \right) + kx = 0$$

$$m\left( {\mathop x\limits^{ \bullet \bullet } - \mathop y\limits^{ \bullet \bullet } } \right) + c\left( {\mathop x\limits^ \bullet - \mathop y\limits^ \bullet } \right) + k\left( {x - y} \right) = 0$$

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