Examples of using Initial velocity in English and their translations into Thai
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
Initial velocity of v feet per second.
And we don't actually have any initial velocity in the y direction.
The initial velocity of the mine is up to 245 m/ s.
That just equals 2 times initial velocity-- that looks.
If your initial velocity is 0, this term would cancel out.
They look like a 2, but I think you get the idea-- that's all initial velocity.
And your initial velocity is 10 feet per second.
Let me just expand that a little bit, because I assume that my initial velocity is 0.
The initial velocity of the fragmentation projectile is 1000 m/ s.
The final velocity is equal to the initial velocity plus acceleration times time.
The nail initial velocity is very high as there is no piston but high pressure gas to push it.
The average velocity is just the average of the initial velocity and the final velocity. .
The initial velocity is 0-- so this term just cancels out-- plus acceleration, 10 meters per second squared times time squared.
Final velocity is equal to the initial velocity-- this is an i-- plus acceleration times time.
Velocity_average in this example… is going to be our final example… 78 m/s plus our initial velocity.
The final velocity, my initial velocity, is equal to acceleration times time.
We know also that velocity, or let's say the change in velocity, is equal to the final velocity minus the initial velocity.
Right when it started, the initial velocity-- v sub i, for initial-- is equal to 0 meters per second.
This hopefully is intuitive to you, that the change is just the final velocity minus the initial velocity, and that that equals acceleration times time.
So, distance is equal to the initial velocity-- let me draw a line here, so we don't confuse things-- distance is equal to the initial velocity times time plus acceleration times time squared divided by 2.
If Ramon is standing on a balcony 84 feet above the ground and throws a penny straight down with an initial velocity of 10 feet per second, in how many seconds will it reach the ground?
Tungsten alloy defense technology in the area of thin-walled guided missiles allows bullets weighing 700 grams to hold 500 grams of effective load. The function of ejection stand off ammunition is to make a barrage out of the tungsten alloy defense, but not to markedly increase their kinetic energy. Nitrified fiber firing ammunition and a high intensity carbon steel ammunition cartridge endows the bullets with 1050metre/sec initial velocity.
If we just distributed that t, we have the initial velocity times time, plus acceleration times time squared over 2.
I said we're accelerating with gravity, so a is equal to 10 meters per second squared, then time is equal to 2 seconds, and then initial velocity is equal to 0, and.
Final velocity is minus 100 meters per second, and then the initial velocity is 0, so the change in velocity is equal to minus 100 meters per second.
The launch and start of work of most of the rocket systems provide several squadrons at once, they close the rocket's power supply network, spin up its gyroscope, give the initial velocity to the missile, and then the cruise missile of the ATGM turns on.
The final velocity is equal to this: substitute, and so the initial velocity plus acceleration times time plus the initial velocity-- my i's are getting blurred, they're not showing up-- these are all i's for initial velocity.
They will accelerate towards each other, but if they have any initial velocity orthogonal to their initial displacement, they will miss each other, and their momentum will carry them past each other, and they will then travel away from each other.
What an average velocity is, is some velocity and in this case it's exactly right between our two… our final and initial velocities.