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The velocity of a particle inside a fluid is given by the formula b b a +- + V = (1 — т - 2п)R Where V, = Speed, t = Time, R = Radius and I,m,n are numbers. Find the %3D dimensions of E = (bc)/a². And find the dimensional formula for x and y. XVV3 + D sin 37° = YAL² Where V = Velocity, A = Area, D = Density and L Length.

The velocity of a particle inside a fluid is given by the formula b b a +- + V = (1 — т - 2п)R Where V, = Speed, t = Time, R = Radius and I,m,n are numbers. Find the %3D dimensions of E = (bc)/a². And find the dimensional formula for x and y. XVV3 + D sin 37° = YAL² Where V = Velocity, A = Area, D = Density and L Length.

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The velocity of a particle inside a fluid is given by the formula b C a + V = (( — т- 2п)R + + t Vo %3D Where Vo = Speed,t = Time, R = Radius and I,m,n are numbers. Find the %3D dimensions of E = (bc)/a². And find the dimensional formula for x and y. xV,V3 + D sin 37° = yAL² Where V = Velocity, A = Area, D = Density and L Length.
Transcribed Image Text:The velocity of a particle inside a fluid is given by the formula b C a + V = (( — т- 2п)R + + t Vo %3D Where Vo = Speed,t = Time, R = Radius and I,m,n are numbers. Find the %3D dimensions of E = (bc)/a². And find the dimensional formula for x and y. xV,V3 + D sin 37° = yAL² Where V = Velocity, A = Area, D = Density and L Length.
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