Water Rocket Lab Analysis

Rocket Project calculation/Questions/Analysis 1. Calculate the sign central ratio at which it left(a) the tack to produceher keep ones shoulder to the wheel The prove aim was zero and the thrill obtained was 100 m (assuming the projectile travels perpendicularly to the surface of the ground). The upper is zero. We have collar of tailfin variables require to solve for initial speeding. V= 0 m/s at pinch of climax, the come up engine has no s trespass number as it turns to face the ground x = 100m the supposed circus tent of the rocket from climax to ground level. This was compute using trigonometry: the tip off out from launch pad and distance away from launch pad. a = -10 m/s^2 constant acceleration of gravity sign hurrying is put together using the pursuance equation. V2=Vo2+ 2ax V is lowest pep pill, Vo is initial velocity, a is acceleration, and x is distance. 0=Vo2+ 2-10100 Vo2=2000 Vo2=44.72 m/s initial velocity is 44.72 meters per second. 2. clock m the rocket, from launch to climax, and put up the top of the inning of the rocket at windup (you may NOT practise your consequence for part one). thither be enough factors to confirm the height of at apogee without using the initial velocity from worry one. t = 3.88 s this was recorded from the moment the rocket was launched to apogee using a stopwatch.

V= 0 m/s at top of apogee, the rocket has no velocity as it turns to face the ground a = 10 m/s^2 constant acceleration of gravity To calculate the height, initial velocity is placed using the following equation. V=Vo+ at V is velocity, Vo is initial velocity, a is acceleration, and t is time. 0=Vo+ -103.88 Vo=38.8 m/s To find the height at apogee: ?x=Vot+ 12at2 x is distance from launch to apogee. ?x=3.88(38.8)+ 12(10)(3.88)2 ?x=75.27 m whence the height given in paradox 1 and the time calculated in caper 2 does not haul and does not confirm. 3. Draw a diagram of the rocket- label the part and give a picayune description for why they are there. The rocket is made up of three components the top...If you want to get a full essay, ready it on our website: Ordercustompaper.com

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