Whal are the position, welocity and acceleration of the obiecf afer 1.00 seconds? ivi) (5 marks) 300 rad/s 13. 600 A 50 mm 170 mm Consider the slider-crank mechanism above. The crank rotates at a constant angular velocity of 300 rad/second. (0 What is the velocity of B relative to A. V? (4 marks) () Draw a half scale diagram of the mechanism itself Show on the diagram the line of the velocity of B relative to A (1 mark) (@i) On the same diagram show the line of the velocity of C relative to B. Va ov) On the same diagram show the line of the velocity of C relative to A. () Recaling the vector sum -+cle velocity vector diagram using what you know (1 mark) (1 mark) a construct a scale velocity vector diagram using what you know 165 these velocities and, from this diagram measure the size of the velocity of C relative to B V (4 marks) What is the acceleration of the slider. C in ts housing relative to A? () (9 marks) 14 A car has an acceleration a, that is a function of time : a()-3r.2. At time t-2 sec the velocity v to determine its velocity attn 4 sec and its displacement between t 2 and tR4 km/hr. You are Whal are the position, welocity and acceleration of the obiecf afer 1.00 seconds? ivi) (5 marks) 300 rad/s 13. 600 A 50 mm 170 mm Consider the slider-crank mechanism above. The crank rotates at a constant angular velocity of 300 rad/second. (0 What is the velocity of B relative to A. V? (4 marks) () Draw a half scale diagram of the mechanism itself Show on the diagram the line of the velocity of B relative to A (1 mark) (@i) On the same diagram show the line of the velocity of C relative to B. Va ov) On the same diagram show the line of the velocity of C relative to A. () Recaling the vector sum -+cle velocity vector diagram using what you know (1 mark) (1 mark) a construct a scale velocity vector diagram using what you know 165 these velocities and, from this diagram measure the size of the velocity of C relative to B V (4 marks) What is the acceleration of the slider. C in ts housing relative to A? () (9 marks) 14 A car has an acceleration a, that is a function of time : a()-3r.2. At time t-2 sec the velocity v to determine its velocity attn 4 sec and its displacement between t 2 and tR4 km/hr. You are

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NGIA 60° 85m 25 mm velocity 4 verr wiU he_ @fin 8troi att line as c is uding uort A .

Whal are the position, welocity and acceleration of t…

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NGIA 60° 85m 25 mm velocity 4 verr wiU he_ @fin 8troi att line as c is uding uort A

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Whal are the position, welocity and acceleration of the obiecf afer 1.00 seconds? ivi) (5 marks) 300 rad/s 13. 600...

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