. The velocity v of a particle can be calculated from the following equation: exp(B(√α₁α₂)) v=A-- C where v = velocity in m/s ai is in meters (m) a2 is in meters (m) If the equation is dimensionally consistent, what are the appropriate units for: i. ii. iii. A B, and C
. The velocity v of a particle can be calculated from the following equation: exp(B(√α₁α₂)) v=A-- C where v = velocity in m/s ai is in meters (m) a2 is in meters (m) If the equation is dimensionally consistent, what are the appropriate units for: i. ii. iii. A B, and C
Introduction to Chemical Engineering Thermodynamics
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Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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a integrai caicuius, and (2) your ability to apply your кnowiеage of physics and
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r a calculation if you should make a mistake.
i.
ii.
iii.
where v = velocity in m/s
ai is in meters (m)
a2 is in meters (m)
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1. The velocity v of a particle can be calculated from the following equation:
v=A--
exp(B(√α₁α₂))
C
A
B, and
с
X
If the equation is dimensionally consistent, what are the appropriate units
for:
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