Recent content by litheira

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    How Does Fluid Mechanics Explain the Sinking Treasure Box Scenario?

    Homework Statement Spanish galleon is about to be boarded by bloodthirsty pirates in the shallows of a Caribbean island. To save a box of treasure on board, the captain orders his crew to secretly toss the box overboard, planning to come back for it later. The rectangular box is waterproof and...
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    Projectile Motion Experiment: Proving a Pellet Can Hit a Doll at High Speed

    awesome thanks! I figured it out after aziz pointed out my error for part a. thank you for your help! its just a quadratic equation. lol i can't believe it took me this long to figure this out.
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    Projectile Motion Experiment: Proving a Pellet Can Hit a Doll at High Speed

    i just realized what i did. i was solving for t when the ball reached maximum height when i was supposed to set the height to 5. thanks for pointing that out
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    Projectile Motion Experiment: Proving a Pellet Can Hit a Doll at High Speed

    well the equation for the x component is delta x= x component of the initial velocity * t and i think, the equation for the y component is --> y component of the final velocity= y component of the initial velocity *t - gt
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    Projectile Motion Experiment: Proving a Pellet Can Hit a Doll at High Speed

    well the initial velocity is 15 m/s and when the ball lands on the roof, that velocity decreases to 0. the acceleration is constant though. oh thanks for the note on the notation. i'll clear that up
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    Projectile Motion Experiment: Proving a Pellet Can Hit a Doll at High Speed

    1. A soccer player kicks a ball at an angle of 50° above the horizontal. The player is 10.0 m from the base of a rectangular building that is 5.0 m high (with a flat roof). The roof is 10.0 m wide. The ball is kicked with an initial speed of 15.0 m/s. a.Show that the ball will clear the front...
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