Questions Bank | Page 122612

Consider the following equation:

$A= BC \frac{\text{d}^2D}{\text{d}E^2}$ A= BC \frac{\text{d}^2D}{\text{d}E^2}

It is known that the dimension of A is [M]/([L][T]²), the dimension of C is [L], the dimension of D is [L]/[T], and the dimension of E is [L]. Note that for the analysis, you can ignore the derivatives \text{d} do not have any dimensions.

Which of the following represents the dimension(s) of B if the equation is dimensionally homogeneous?

[M]/[T]

❌

[M]/[L]

❌

[L]/([M][T])

❌

[M]/([L][T])

✅

View this question

Crowdly

Questions Bank (1253311 total)