SOLUTION: Using the following formula:
T = 7000 w/d^2 (1/v - 1/u)
A projectile of weight w lbs. and diameter d in., with muzzle velocity of u ft.
Determine velocity v, after T sec.
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-> SOLUTION: Using the following formula:
T = 7000 w/d^2 (1/v - 1/u)
A projectile of weight w lbs. and diameter d in., with muzzle velocity of u ft.
Determine velocity v, after T sec.
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Question 1197770: Using the following formula:
T = 7000 w/d^2 (1/v - 1/u)
A projectile of weight w lbs. and diameter d in., with muzzle velocity of u ft.
Determine velocity v, after T sec.
Unsure how to solve.
You can put this solution on YOUR website! .
Using the following formula:
T = 7000 w/d^2 (1/v - 1/u)
A projectile of weight w lbs. and diameter d in., with muzzle velocity of u ft.
Determine velocity v, after T sec.
Unsure how to solve.
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They want you express "v" via other variables, using the given formula.
From T = , you have, step by step
- = ,
- = = +
v = . (1)
v = . (2)
It is just the formulas to use. You may use any of these two formulas, (1) or (2), on your choice.
You can put this solution on YOUR website!
Using the following formula:
T = 7000 w/d^2 (1/v - 1/u)
A projectile of weight w lbs. and diameter d in., with muzzle velocity of u ft.
Determine velocity v, after T sec.
Unsure how to solve.
---- Cross-multiplying
---- Adding 7,000wv to both sides
---- Factoring out v on left side
----- Dividing both sides by to get the value of v (velocity), in
terms of d (diameter), T (time, in seconds), u (muzzle velocity), and w (weight).