Recent content by Dragoon

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    Displacement in simple harmonic motion

    i have a problem i am working on and i am just not sure how to do it i was looking for some help i will state the problem then explain the way i am trying to do it. thanks for any help in advance. A 0.27 kg mass is suspended on a spring that stretches a distance of 4.9 cm. The mass is then...
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    Help Help Help Fluid problem

    this is what the problem states i need help getting going An ameusement park is planning to build a water slid, and the park owners would like to use giants corcks (pc=.28 g/cm3) as floats for young children. what volumer of cork is needed to keep 20 percent by volume of 40 kg child above the...
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    Help Help Help Fluid problem

    this is what the problem states i need help getting going An ameusement park is planning to build a water slid, and the park owners would like to use giants corcks (pc=.28 g/cm3) as floats for young children. what volumer of cork is needed to keep 20 percent by volume of 40 kg child above the...
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    Need Help Gravitational Problem

    Thats what i thought Janus It seemed to me that there was information missing but since my class is a computer class the computer wouldn't accept an explanation such as that but this is what the computer said i was supposed to do after i got it wrong. The correct answer is: 6.47 m. The...
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    High Jump on Mars: Calculating the Athlete's Height

    ok i will work on it thanks for the help
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    Need Help Gravitational Problem

    ok but how would i do that for the moon all i have its mass but i need a force or acceleration and since i want excel how would i derive a force?
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    Need Help Gravitational Problem

    i don't really have any equations that deal with this problem except Force of gravit=Gm1m2/r2 i don't know how to do it
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    Need Help Gravitational Problem

    Need Help! Gravitational Problem I am kinda lost here was hoping someone could help me out here thanks a ton The year is 2115. There is a high jump competition on planet Mars. An athlete of mass 72 kg who has been clearing a height of 2.44 m on Earth just the week before is competing here...
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    High Jump on Mars: Calculating the Athlete's Height

    need help helpme please i am going insane The year is 2115. There is a high jump competition on planet Mars. An athlete of mass 72 kg who has been clearing a height of 2.44 m on Earth just the week before is competing here. What is the height this athlete can expect to clear in this...
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    Earth's Orbital Speed Around the Sun

    The Earth has an orbit of radius 148 million km around the sun. What is the speed of the Earth on this orbit? dont know how to do it i have used a couple of different formulas and haven't gotten it right can anyone help?
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    Roller coaster drop physics problem

    thanks for the help i was working on that problem forever and wasnt sure how to handle it i appreciate it. thanks
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    Roller coaster drop physics problem

    i don't even know how to derive an equation for this problem i am confused if someone would just show me how to derive the equation that would be appreciated not looking for an answer just how to do it. A roller coaster is designed so that after a large drop, the cars enter a circular path...
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    Brain Buster: Solving the Minimum Angular Velocity for a Thrilling Carnival Ride

    thanks for the help i used that equation but for some reason the computer didnt like it the course tells me to use the significant figure rule then doesn't use it later so the accepted answer was 1.872s-1 but thanks for the help again i really appreciate it.
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    Brain Buster: Solving the Minimum Angular Velocity for a Thrilling Carnival Ride

    i used the equation W=√g/µr but it was incorrect
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    Brain Buster: Solving the Minimum Angular Velocity for a Thrilling Carnival Ride

    One of the amusements at many carnivals is a rotating cylinder. The customers step inside and stand with their backs to the wall. The cylinder spins very rapidly, and at some angular velocity the floor is pulled away. The thrill-seekers now hang like flies on the wall. If the radius of the...
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