• Q : Phase difference in degrees....
    Physics :

    What is the phase difference in degrees between the two signals with a frequency of 200Hz and an observed time difference between peaks that is 625 μs?

  • Q : Cyclostrophic or geostrophic equilibrium....
    Physics :

    A hurricane at latitude 30° N consists of a velocity within 25 km of the eye of 50m s-1, and a velocity around the outer edge (radius 400 km) of 10 m s-1. By computing the pressure gradient and

  • Q : Execution of a perfectly horizontal ground stroke....
    Physics :

    A tennis ball leaves a racket throughout the execution of a perfectly horizontal ground stroke with a speed of 22m/s. When the ball is in the air for 0.7s, then what horizontal distance does it trav

  • Q : Radius of the equipotential surface related problem....
    Physics :

    Determine the radius of the equipotential surface that consists of a potential equivalent to 495 V? Is this surface nearer to the wire or to the cylinder?

  • Q : Orienteers resulting displacement....
    Physics :

    An orienteer runs north at 5m/s for 120s and then west at 4m/s for 180s. Give a graphic solution to illustrate the orienteer’s resulting displacement.

  • Q : Pulse to travel from one support to another....
    Physics :

    A cord of mass of 0.65 kg is stretched among the two supports 28 m apart. When the tension in the cord is 150 N, determine how long will it take a pulse to travel from one support to another?

  • Q : Problem related to the capacitance of the capacitor....
    Physics :

    A series combination of a resistor of 12 k and an unknown capacitor is joined to a 11 V battery. One second after the circuit is completed; the voltage across the capacitor is 9 V. Find out the capa

  • Q : Displacement of runners at the end....
    Physics :

    The runner completes 6 1/2 laps around a 400m track all through 12 min. (720s) run test. Compute the given quantities: i) The displacement of runners at the end of 12 min.

  • Q : Find out the current in the dead battery....
    Physics :

    For dead battery V = 5v and R = .8 ohms. The starter = .06 ohms. Find the current in the starter. Find out the current in the dead battery.

  • Q : Magnitude of the angular momentum problem....
    Physics :

    The uniform rod rotates in a horizontal plane around a vertical axis through one end. The rod is 6 meter long, and having weight 10 N, and rotates at 240 rev/min. Find its rotational inertia and the

  • Q : Determine the velocity of the block or bullet....
    Physics :

    Determine the velocity of the block or bullet right after impact? Find out the percentage of energy which is lost?

  • Q : Angular momentum and angular velocity of the disk....
    Physics :

    About the axis and with the torque exerted for 33 ms, determine the magnitude of the angular momentum and angular velocity of the disk?

  • Q : What angle does total acceleration vector make with car....
    Physics :

    A car begins from rest and moves around a circular track of radius of 30 cm. Its speed rises at the constant rate of .5 m/s^2. Find out the magnitude of the total linear acceleration 15 s later and

  • Q : Magnitude of the image distance problem....
    Physics :

    Find out the location of an object for which the magnitude of the image distance is one-third the magnitude of object distance.

  • Q : Determine the speed of the cube after slides....
    Physics :

    The ice cube slides from rest with no friction down a long inclined ramp which makes an angle of 29.2 o with the horizontal. Determine the speed of the cube after it slides 1.37 m down the plane.

  • Q : Oscillates in simple harmonic motion....
    Physics :

    The spring stretches 3.9 cm if a 10-g object is hung from it. The object is substituted with a block of mass 25 g which oscillates in simple harmonic motion. Determine the period of motion?

  • Q : Determine at what speed was sport utility vehicle traveling....
    Physics :

    A car of mass 1090 kg is traveling at 44 m/s if it collides head-on with a sport utility vehicle of mass 2230 kg) traveling in the opposite direction. In the collision, the two vehicles come to a ha

  • Q : Two-stage rocket moves in space at a constant velocity....
    Physics :

    The two-stage rocket moves in space at a constant velocity of 4800 m/s. The two stages are then separated by the small explosive charge placed between them.

  • Q : Determine the mass of the receiver....
    Physics :

    The tackler holds onto the receiver, and the two moves off altogether having velocity of +3.5 m/s. The mass of the tackler is 130 kg. Supposing that momentum is conserved, determine the mass of the

  • Q : Determine the magnitude and direction of the impulse....
    Physics :

    A ball of 0.660 kg is dropped from rest at a point 1.55 m above the floor. The ball rebounds straight upward to a height of 0.750 m. Determine the magnitude and direction of the impulse of the total

  • Q : Finding out the momentum of the probe....
    Physics :

    This exerts a force to the probe which consists of a magnitude of 2.10 x 106 N and a direction opposite to the probe's motion. It fires for a period of 10 s. Find out the momentum of the probe after

  • Q : Effects of gravity and air resistance....
    Physics :

    A model rocket is made up with a motor which can give a total impulse of around 28.5 N•s. The mass of the rocket is 0.192 kg. Find out the speed which this rocket achieves when launched from re

  • Q : Forces generate the similar impulse....
    Physics :

    One average force Farrowbold1 consists of a magnitude which is five times as large as that of the other average force Farrowbold2. Both forces generate the similar impulse.

  • Q : Determining the displacement of the spring....
    Physics :

    A mass of 100.0 kg rests on a vertical spring having a spring constant of k = 500.0 N/m. Determine the displacement of the spring?

  • Q : Determine the restoring force just after release....
    Physics :

    A pendulum consists of a bob of mass of 0.100 kg suspended through a thin string of length 3.00m. Determine the restoring force just after release when the initial angular displacement is 10.0 degre

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