• Q : Expression for power dissipation of a laser....
    Physics :

    Write down the expression for power dissipation of a Laser.

  • Q : Characteristics of self-electro-optic effect devices....
    Physics :

    Write down the characteristics of Self-Electro-Optic Effect (SEED) Devices.

  • Q : Construction and working of photoconductors....
    Physics :

    Describe about the construction and working of photoconductors in detail. Also describe its classification.

  • Q : Describing distributed bragg reflector laser....
    Physics :

    Describe DBR (Distributed Bragg Reflector) Laser. Write down threshold condition for Lasing?

  • Q : Describing uncertainty principle of quantum mechanics....
    Physics :

    Describe uncertainty principle of Quantum mechanics in detail. What do you mean by Hetero junction material?

  • Q : Masses of spring according to period of oscillation....
    Physics :

    There are three springs each suspend from the ceiling with a still block attached to lower end. The blocks (with m1> m2 > m3) stretch springs by equal distances. Rank the masses according to p

  • Q : Computing the minimum rate of rotation....
    Physics :

    Compute the minimum rate of rotation, in revolutions per minute, needed for the spheres to contact the cylinder wall?

  • Q : Generic strategies of home depot employees....
    Physics :

    At first, recognize which of the five generic strategies Home Depot employees. Give evidence which supports your response.

  • Q : Change in the magnitude of momentum....
    Physics :

    A 0.12 kg ball is moving with 6 m/s when it is hit by a bat, causing it to reverse the direction and encompass a speed of 14 m/s. Determine the change in the magnitude of momentum of the ball?

  • Q : Total work done on wheel-barrow....
    Physics :

    A worker pushes a wheel-barrow with a force of 40 N over the level distance of 6.0 m. If a frictional force of 24 N acts on wheel-barrow in a direction opposite to that of worker, what total work is

  • Q : Mid-point of the see-saw....
    Physics :

    The fulcrum is at the mid-point of the see-saw. If the child on the left is not at end however 1.50 m from the fulcrum is and the see-saw is balanced, find out the torque given by the weight of the

  • Q : Moment of inertia and torque....
    Physics :

    A 0.30 m radius automobile tire accelerates from the rest at a constant 2.0 rad/s2 over the 5.0 s interval. Determine the tangential component of acceleration for a point on the outer edge of tire al

  • Q : Sound intensity fundamentals....
    Physics :

    Two similar speakers are driven by the same oscillator at 200Hz. They are positioned on a vertical pole and 4.00 m apart. A man walks straight towards the lower speaker perpendicular to the pole.

  • Q : 3-phase synchronous generator and step-up transformer....
    Physics :

    A 3-phase synchronous generator is joined to a step-up transformer T1, which is joined to a 60 km long transmission line.

  • Q : Single phase step-up transformers....
    Physics :

    The 3-single phase step-up transformers rated at 10MVA, 4.6kV/13.8kV are joined in Wye-Delta configuration. The three transformers are employed to feed a 20MVA load at 0.9 p.f. with an efficiency of

  • Q : Finding displacement and velocity....
    Physics :

    A jogger runs half-way around a circular path with radius of 60 m. What, correspondingly, is the magnitude of the displacement and distance jogged?

  • Q : Determining accelerating from the rest at constant rate....
    Physics :

    A bird, accelerating from the rest at a constant rate, experiences a displacement of 28 m in 11 s. Find out the average velocity?

  • Q : Projectile motion parameters....
    Physics :

    A spherical Balloon is inflated at the rate of 144 pie cubic inches per minute (in^3/min). Find out how rapid is the radius of the balloon changing if the radius is 4 inches?

  • Q : Elastic properties of a shaft system....
    Physics :

    The diameter of shaft for a 2.0 factor of safety for yielding by using the maximum shear stress theory and the distortion energy theory at the position of maximum bending stress.

  • Q : Tension in the string....
    Physics :

    A 2.0 kg ball swings in a vertical circle on the end of 80cm long string. The tension in the string is 20 N if its angle from the maximum point on the circle is q = 300

  • Q : Introduction to kinetic friction....
    Physics :

    When the coefficient of kinetic friction between the box and the roof is 0.55, with what speed should you push the box to have it quietly come to rest right at the edge of roof?  

  • Q : Time-velocity of moving particle....
    Physics :

    A particle moves all along the x-axis with its position at time t given by x(t) = t3 - 2t + 4. Which of the given is the velocity at time t = 4?

  • Q : Square wire loops problems....
    Physics :

    Assume that the square wire loop is replaced with the smaller one, made of the same wire which is 0.02 m on a side, half as long as original.

  • Q : Tensile load and maximum load....
    Physics :

    Find out the maximum load that can be applied if brittle fracture is not to take place. Use a factor of safety of 3.

  • Q : Transom of a boat....
    Physics :

    The bracket shown below is to be used to mount an outboard motor to the transom of a boat.

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