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    Question Paper: Engineering Mechanics : Question Paper Dec 2016 - First Year Engineering (Semester 1) | Mumbai University (MU)
    question paper first year engineering (semester 1) engineering mechanics mu updated 2.3 years ago by Sanket Shingote ♣ 480
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    How to find Resultant and Position of Parallel Forces in this problem?
    mumbai university question paper engineering mechanics updated 2.5 years ago by crispyfoodie • 0
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    Question Paper: Engineering Mechanics : Question Paper Dec 2015 - First Year Engineering (Semester 1) | Mumbai University (MU)
    mumbai university question paper first year engineering (semester 1) engineering mechanics updated 2.8 years ago by dilxaz.88 • 0
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    Question Paper: Engineering Mechanics : Question Paper May 2016 - First Year Engineering (Semester 1) | Mumbai University (MU)
    mumbai university question paper first year engineering (semester 1) engineering mechanics updated 2.8 years ago by dilxaz.88 • 0
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    finding of work done
    mumbai university engineering mechanics vtu university open updated 4.0 years ago by Yashbeer ★ 620
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    Question Paper: Engineering Mechanics : Question Paper May 2016 - First Year Engineering (Semester 1) | Mumbai University (MU)
    question paper first year engineering (semester 1) engineering mechanics mu updated 4.1 years ago by Team Ques10 ♣ 1.5k
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    Question Paper: Engineering Mechanics (EM) : Question Paper Dec 2015 - First Year Engineering (Semester 2) | Pune University (PU)
    question paper first year engineering (semester 2) engineering mechanics pune university updated 4.1 years ago by Team Ques10 ♣ 1.5k
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    A motorist travelling at a speed of 90 kmph suddenly applies the brakes & comes to rest after skidding 100m.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    A 50 kg block kept on $15^\circ$ inclined plane is pushed down the plane with an initial velocity of 20 m/s.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    A spring of stiffness k is placed horizontally and a ball of mass m strikes the spring with a velocity v. Find the maximum compression of the spring. Take m = 5 kg, k = 500 N/m, v = 3m/s
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    Two masses of 60 N & 30N are positioned over frictionless & massless pulley (fig.) If the 60 N. mass is released from rest, find the speed at which the 60N mass will hit the ground.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    Define the terms with neat sketches: Direct impact, oblique impact & line of impact.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    The 550 N box (fig.) rests on a horizontal plane for which the coefficient of kinetic friction $\mu_x=0.32$ .
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    If a ball is thrown vertically down with a velocity of 10m/s from a height of 3m. Find the maximum height it can reach after hitting the floor, if the coefficient of restitution is 0.7
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    A two-step pulley supports two weights A=40N & B=60N as shown. Find the downward acceleration of A if radius of bigger pulley is double that of the smaller one. Neglect friction & inertia of pulley.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    A body of mass 25 kg resting on a horizontal table is connected by string passing over a smooth pulley at the edge of the table to another body of mass 3.75 kg & hanging vertically as shown.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    A particle of mass 1kg is acted upon by force F which varies as shown in figure. If initial velocity is 10m/s. Determine:
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    A particle moving in the +ve x direction has an acceleration, $a = 100 - 4v^2 m/s^2.$ Determine the time interval and displacement of a particle when speed changes from 1 m/s to 3 m/s.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    Find velocity of c and point D at thye instant shown $\omega_{AB}=3 rad/sec$ clockwise.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    A wheel is rolling along a straight path without slipping. Determine velocity of points A, B and P. $OP = 600 mm, \omega = 4 rad/sec, V_0=4m/s $
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    Due to slipping, points A & B on the rim of disk have the velocities as shown in fig. Determine the velocities of the centre point C & point D on rim at this instant.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    In the mechanism shown the angular velocity of link AB is 5 rad/sec. anticlockwise. At the instant shown, determine angular velocity of link BC & velocity of piston C.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    In a fig. Collar C slides on a horizontal rod. In the position shown rod AB is horizontal & has angular velocity of 0.6 rad/sec clockwise.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    'C' is a uniform cylinder to which a rod 'AB' is pinned at 'A' and the other end of the rod 'B' is moving along a vertical wall as shown in fig.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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    Explain instantaneous centre of rotation.
    mumbai university engineering mechanics updated 4.1 years ago by Aksh_31 • 1.7k
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