QUESTION 5\ 20 points\ unit conversions and formula sheet.pdf\ In fluid mechanics,\

B_(0)=gL^(2)(\\\ ho _(L)-\\\ ho _(g))/(\\\\sigma )

\ where

g

is gravity,

L

is length,

\\\ ho

is density (mass/volume), and

\\\\sigma

is surface tension (force/length). What is the base dimension of

B_(0)

?\ a.

M^(2)Lt^(-2)

\ b. Dimensionless\ c.

(N*kg)/(m*s^(2))

\ d.

LMt^(-2)F^(-1)

\ e. there is no way to tell without knowing the system of units being used\ Click Save and Submit to save and submit. Click Save All Answers to save all answers.

unit conversions and formula sheet.pdf In fluid mechanics, B0=gL2(Lg)/ where g is gravity, L is length, is density (mass/volume), and is surface tension (force/length). What is the base dimension of B0 ? a. M2Lt2 b. Dimensionless c. (Nkg)/(ms2) d. LMt2F1 e. there is no way to tell without knowing the system of units being used Click Save and Submit to save and submit. Click Save All Answers to save all answers. unit conversions and formula sheet.pdf In fluid mechanics, B0=gL2(Lg)/ where g is gravity, L is length, is density (mass/volume), and is surface tension (force/length). What is the base dimension of B0 ? a. M2Lt2 b. Dimensionless c. (Nkg)/(ms2) d. LMt2F1 e. there is no way to tell without knowing the system of units being used Click Save and Submit to save and submit. Click Save All Answers to save all answers