• Q : What is their separation....
    Physics :

    As two trains move along a track, their conductors suddenly notice that they are headed toward each other. The figure gives their velocities v as functions of time t as the conductors.

  • Q : Discuss energy and mass are equivalent....
    Science :

    Einstein discovered that energy and mass are equivalent. Describe one of the technological growth that has emerged from this knowledge? Is the human race better or worse off with it? Describe your a

  • Q : Obesity rates and obesity-related health care....
    Science :

    Compare obesity rates and obesity-related health care costs in your state to all of the U.S. Propose how your state can treat obesity as the threat to public health.

  • Q : What average speed must be maintained....
    Physics :

    A race car driver must average 199.0 km/h over the course of a time trial lasting ten laps. If the first nine laps were done at 195.0 km/h, what average speed must be maintained for the last lap?

  • Q : What are the of the vector....
    Physics :

    What are the (a)x and (b)y components of the vector that must be added to the following three vectors, so that the sum of the four vectors is zero? Due east is the +x direction.

  • Q : Ethical viewpoint as a member of the other culture....
    Science :

    A member of a one culture might not view a situation with the similar ethical viewpoint as a member of another culture.

  • Q : What is the maximum height....
    Physics :

    The motion of a projectile fired at t=0. It initial speed is 50 m/s and its initial projection angle is 45 degree from horizontal. What is the maximum height? The acceleration due to gravity is 9.8

  • Q : Engaging in social responsiveness....
    Science :

    Does the organization focus more on meeting up social obligations, engaging in social responsiveness, or acting with social responsibility? Do you think the company's focus must be elsewhere? Explai

  • Q : What is the kinetic energy of the pin....
    Physics :

    You are bowling and have one pin left standing. You roll the 10kg bowling ball at a velocity of +1 m s into the 1kg pin, which is at rest. After the ball hits the pin, the pin and the ball both trav

  • Q : Illustrations of ethical and unethical practices....
    Science :

    What are some real-world illustrations of ethical and unethical practices you have read about, seen in the news, or encountered at your work-place? What were the outcomes of such practices?

  • Q : How long will the freshman take to fall through....
    Physics :

    A small Freshman is released from rest and falls screaming 30.5 m near the surface of the earth. Neglect air resistance.How long will the Freshman take to fall through the 30.5 m mentioned?

  • Q : When the train slows while the coin is in the air....
    Physics :

    If you toss a coin straight up while riding in a train, where does the coin land when the motion of the train is uniform along a straight line track?

  • Q : Hazard analysis methods....
    Science :

    Compare and contrast the given hazard analysis methods: a. failure mode and effects analysis (FMEA), b. hazard and operability review (HAZOP)

  • Q : Explain the method technic of operations review....
    Science :

    Whenever conducting a detailed analysis, describe the method technic of operations review. Describe how it allows both supervisors and employees to work together to examine workplace accidents, fail

  • Q : The direction toward the hole is positive....
    Physics :

    A golf ball rolls up a hill toward a miniature golf hole. Assume that the direction toward the hole is positive. If the golf ball starts with a speed of 2.0 m/s and slows at a constant rate of .50m

  • Q : How deep is the well....
    Physics :

    A child drops a small stone into a deep well; the sound of the stone striking the water is hear 1.5 seconds after the stone is dropped. If the speed of the sound is 343 meters per second in air, ho

  • Q : Hazard prevention and reduction techniques....
    Science :

    What are some illustrations of hazard control methods which are recommended in hazard prevention and reduction techniques?

  • Q : Show the acceleration of the particle....
    Physics :

    An electronically charged particle accelerates uniformly from rest to speed v while traveling a distance x; show that the acceleration of the particle is a=v2/2x; if the particle starts from rest a

  • Q : What is its displacement from its starting point....
    Physics :

    A roller coaster moves 85m horizontally,then travels 45m at an angle of 30.0 degrees above the horizontal. What is its displacement from its starting point?

  • Q : Calculate the average speed of a cheeta....
    Physics :

    On a distant planet a freely falling object gains speed at a stead rate of 15 meters per second during each second of fall.calculate the acceleration.

  • Q : What is the tension in each of the two cables....
    Physics :

    A helicopter is lifting two crates simultaneously. One crate with a mass of 148 kg is attached to the helicopter by cable A. The second crate with a mass of 87 kg is hanging below the first crate an

  • Q : What is the magnitude of the initial velocity....
    Physics :

    A tennis ball is thrown from ground level with velocity vo directed 30 degree above the horizontal. If it takes the ball 1.0 s to reach the top of it's trajectory , what is the magnitude of the ini

  • Q : Conducting an accident investigation....
    Science :

    When conducting an accident investigation, write down some of the more important methods which need to be used in interviewing accident witnesses in order to make sure all information is objective a

  • Q : How many meters will the hare have moved....
    Physics :

    A car is moving down a street at 55 km/h. A child suddenly runs into the street. If it takes the driver 0.75 s to react and apply the brakes, how many meters will the hare have moved before it begi

  • Q : Find the electric field distribution in the region....
    Physics :

    A metal "hump" is placed on the surface of the infinitely large conducting plate as shown on the picture. The hump has a form of a hemisphere, radius R, with the center O lying in the plate's plane.

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