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An experimental fireworks shell is launched vertically from point A with an initial velocity of magnitude v0 = 80 ft/sec. In addition to the acceleration due to gravity, an internal thrusting mechanism causes a constant acceleration component of 1.8g in the direction shown for the first 2.0 seconds of flight, after which the thruster ceases to function. Determine the maximum height h achieved, the total flight time t, the net horizontal displacement x from point A, and plot the entire trajectory. Neglect any acceleration due to aerodynamics.
Computer programs and other software (including Web Pages like this one). This includes graphics and icons and the like, which may also be "graphic works". OK, my work is on the list. How do I copyright it?
a gymnast of weight 720n is holding himself in the cross position on the high rings. he is quite still. draw a
the density of liquid water at 25 c is 997 kgm3 and the specific gravity of solid water ice at 0 c is 0.98. 100 kg of
let x denote the sum of the face values of a die rolled twice i.e. the outcome of this experiment is the sum. assume
a thin-flat plate having a length of l 10 cm is heated by a constant-heat flux from the bottom and cooled by an air
you are an industrial hygienist for a large distributor of industrial compressed gases who was evacuated to baton rouge
Show that the spacing between (111) planes in the FCC structure is the same as the spacing (002) planes in the HCP structure. Imagine the atoms to behave as hard spheres.
Determine the mode shapes and frequencies of vibration of the system of cars by Sweeping the rigid body mode
Find the stoichiometric A/F ratio (by mass) for the combustion of benzene (C6H6). Compute the actual A/F ratio and do a wet and dry analysis of the products by volume at a mixture strength of 95%.
I would expect somthing like the requirement to execute the equation, please explain each term in the equation with its engineering units.
Calculate the net cycle work in kJ assuming air is an ideal gas with constant specific heats.
The mass of one wheel is 125 kg and its radius of gyration is 0.75 m. The radius of a wheel is 1 m.
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