1.) the velocity vector [v-v(x, y, z, t)] for a fluid flow system has been determined from production site measurements to be: v-11 1 where x,'y' and ‘z' are characteristic lengths and 'u,'v' and 'w are velocity vector components for the x, y, and z directions respectively. if the total derivative of the previously mentioned velocity vector as a function of time '' can be expressed as: determine the total derivative for this flow system and explain what this represents. simplify your final expression as

it has 4

step-by-step explanation:

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so the possibilities of the measurement of the side of the triangle are either it is longest side or not the longest side

when it is the longest side

s < 25 + 35s < 60

if it is not the longest side

35 < 25 + s10 < sso 10 < s < 60so the perimeter70 < p < 130

answer: 75°

step-by-step explanation:

∠esk is the supplement of ∠edk, so is 100°. ∠esd = 1/2·arc ed, so is 25°.

since ∠esk = ∠esd + ∠dsk

you have 100° = 25° + ∠dsk . .

fill in known values 75° = ∠dsk . . . . .

subtract 25°

step-by-step explanation: