Part a: how many small cubes can be packed in a rectangular prism part b: use the answer in part a to find the volume of the rectangular prism in terms of the small cube and a unit rate

A:

We first find the volume of this rectangular prism, which is the formula lwh. lwh = (1.5)(1)(2.5) = 3.75. We now find the volume of the small cube, which is the formula l^3, where l = length of the side of the cube. Now we have (0.5)^3 = 0.125. Now we divide 3.75 by 0.125, or ( 3.75) / (0.125) which equals 30, the answer for part A.

B: my guess is since a unit cube has all sides the same length which is one unit we can take in this case one unit to be 1 inch. So volume is again 1x1x1=1 inch squared. So same method as above for finding out how many unit cubes can fit into the prism. Volume of the prism divided by volume of one cube. Not completely sure about part B I tried but part A is accurate

see below

step-by-step explanation:

7.   there are 10 data points in the set.   the middle point is between 5 and 6.   the middle point in the top half is 8   and the middle point in the bottom half is 3. to find the iqr , take point 8 and subtract point 3

mid term   point 8 = 100   point 3 = 88

iqr = 100-88 = 12

final   point 8 = 93   point 3 = 78

iqr = 93 - 78 = 15

the final has the greatest iqr

6.   b - there is a high data value that causes the data set to be asymmetrical for the males: the data for males are high and asymmetrical .   there is an outlier for the males that skews the data

5.   the   iqr is a better measure of spread for the movies and basketball games.   since the basketball game has an outlier, we do not want to use standard deviation for measurement.  

3.   the exam median is much higher than the class median.   the median line is farther to the right on the exams

2.   there is no way to tell what the means are from the box and whisker plots.  

answer: the correct answer is -32

step-by-step explanation: