Answer:
area of the base (length times width) times the length of the prism (corner of the base matching to the top corner of the top base)
Step-by-step explanation:
I hope I explained it good: Length times width of one of the bases; then save that number and multiply it to the remaining length of the prism which usually is on the side (if the prism is upright on one of its bases in problem).
You would do pi x r squared. r=12, and 12 squared is 144. pi (3.14) times 144 equals 452.16!
One method she could use would be to take the nth jar off of the line for the entire day for a certain number of weeks and see what portion of them meet standards. For example, she could test the 10th jar from the line all day, then repeat the process a few days later.
Answer:
6
Step-by-step explanation:
lower quarter is 10
higher quarter is 16
16-10=6