If the concentration of glucose inside an E$.$ coli cell is $4\mathrm{.}2$ mM$,$ how many glucose molecules are in the cell? Assume an E$.$ coli cell to be a cylinder $2$ micrometers long and $1\mathrm{.}1$ micrometers in diameter. Enter your answer to the nearest ones $($e$.$g$.,508\mathrm{.}9$ would be entered as $509).$ Hint: a concentration given in mM means mmol$/$L; however, we are given the length and diameter of an E$.$ coli cell in

m$.$ If we can convert the volume in terms of

m$3$ to cm$3,$ then we can use the relationship that $1$ cm$3=1$ mL$,$ and then the relationship that $1$ mL $=0\mathrm{.}001$ L$.$ Be careful, because volume conversions can be tricky. Consider a cube that is $1$ cm$3$ in volume. What would be the volume of this cube in

m$3?$ To answer this, consider the relationship between cm and

m$,$ and recall that there are $104$

m per cm$.$