# Question 726ee

Mar 16, 2016

$1.0582 c m$

#### Explanation:

1. This can be solved using the density formula
2. In this case, V=L x W x T
3. Therefore;
$\mathrm{de} n s i t y = \frac{m a s s}{L W T}$
4. Rearrange the formula to get;
$T = \frac{m a s s}{L W \mathrm{de} n s i t y}$
5. Plug in values
T=(1000cancelg)/((10cancel(cm))(5cancel(cm))(18.99(cancelg)/((cancel(cm^3)^1)))#
6. Answer: $T = 1.0582 c m$