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ExtremeBDS [4]
3 years ago
7

You are shooting at a moving target. you estimate the length of lead necessary to hit the target. you maintain that lead as you

swing with the target. you fire and continue the swing. this method of shooting is called:
Physics
2 answers:
Viktor [21]3 years ago
7 0

Sustained Lead

<h2>Further Explanation </h2>

Sustained lead requires you to stay your muzzle pointed at a group — maintained — the space before the target. This works best when shooting at a known distance, like from the stations on the skeet range (link to skeet article). Take the targets thrown at any of the eight stations during this game. At each of these positions, the targets you see will always look the identical, each and each time. Therefore, the lead needed to interrupt those targets is really quite easy to work out. Let’s say you’re on Station 3 on the skeet field and dealing with a teacher. Instructors commonly suggest the lead you would like when you’re learning the way to shoot moving targets, so yours might say you would like “two feet of lead.” What meaning is that you simply should see what you estimate is 2 feet of space between the clay flying through the air and therefore the bead at the top of your shotgun barrel — remember, you’re moving the barrel of your shotgun, swinging it, to stay pace with the bird and, with this lead style, you’ll be “maintaining” that two feet of space between the bird and your shotgun’s muzzle bead as you still swing and eventually pull the trigger. No, I can’t tell you when it’s “right” to tug the trigger. That’s something years of being someone with hand-eye coordination tells you to try and do.

Learn more

Sustained Lead brainly.com/question/4306006

Details

Grade:  High School

Subject:  Physics

keywords: Sustained Lead, target, shooting.

uysha [10]3 years ago
5 0

The answer to this problem is:

This method of shooting is called <u>“sustained lead”.</u>

<span>This method of shooting at moving targets requires a bit of experience. Since the accuracy of hitting the target relies on the estimated amount of lead, this is useful when the path and speed of the target is steady and known.</span>

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Part A
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Answer:

A) U₀ = ϵ₀AV²/2d

B) U₁ = (ϵ₀AV²)/6d

This means that the new energy of the capacitor is (1/3) of the initial energy before the increased separation.

C) U₂ = (kϵ₀AV²)/2d

Explanation:

A) The energy stored in a capacitor is given by (1/2) (CV²)

Energy in the capacitor initially

U₀ = CV²/2

V = voltage across the plates of the capacitor

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But the capacitance of a capacitor depends on the geometry of the capacitor is given by

C = ϵA/d

ϵ = Absolute permissivity of the dielectric material

ϵ = kϵ₀

where k = dielectric constant

ϵ₀ = permissivity of free space/air/vacuum

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If air/vacuum/free space are the dielectric constants,

So, k = 1 and ϵ = ϵ₀

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Substituting for C

U₀ = ϵ₀AV²/2d

B) Now, for U₁, the new distance between plates, d₁ = 3d

U₁ = ϵ₀AV²/2d₁

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U₂ = ϵAV²/2d

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ϵ = kϵ₀

U₂ = (kϵ₀AV²)/2d

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