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  1. R

    Physics Projectile Word Problem -- Dropping packages from an airplane

    Basically. Man I'm sorry I wasted your time. Sorry for any inconsistencies with my English - second language.
  2. R

    Physics Projectile Word Problem -- Dropping packages from an airplane

    yes, it is 6556. Man what a bummer. I'm just devastaded because this is from a problem from a higher edition Phyics book, and ,as I was given an answer to "this" problem number, I started searching for the explanation. But it results that the questions are different, that's why I had such a hard...
  3. R

    Physics Projectile Word Problem -- Dropping packages from an airplane

    Still can't get the answer, man I'm hopeless.
  4. R

    Physics Projectile Word Problem -- Dropping packages from an airplane

    1. The horizontal travel of the aircraft(but it can also apply to the parcel) 2. the releasing of the parcel.
  5. R

    Physics Projectile Word Problem -- Dropping packages from an airplane

    1. that would calculate the range after delivery. 2. I deleted it because I thought it was irrelevant to the solution.
  6. R

    Physics Projectile Word Problem -- Dropping packages from an airplane

    My difficulty lies, in what things I must find in order to get the initial position of the aircraft.
  7. R

    Physics Projectile Word Problem -- Dropping packages from an airplane

    *6556.064 You are right its a distance based on an elapsed time, but I can't think of another way to find the position when the delivery occurred.
  8. R

    Physics Projectile Word Problem -- Dropping packages from an airplane

    Homework Statement US Air Force C-17 Globemaster III aircraft were used to airdrop food to Afghan refugees in the early stages of the war against the Taliban in 2001. Calculate how far ahead of the drop zone a pilot would have needed to drop humanitarian aid packages if the delivery occurred at...
  9. R

    Acceleration Vector Word Problem

    Homework Statement Famous quarterback Fleet O. Floote is attempting a quarterback draw by running up the middle toward his goal line at 4.6 m/s. A linebacker hits him squarely, and their combined final velocity is 3.8 m/s at an angle of +120.° from the quarterback's original direction. The time...
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