North You realize you are stuck in the Squaresville
bank vault. You call your mother for help.
She is at the dentist, which would be location
(3.-5) on this map. She says she will be at the
bank as soon as she stops at the pool to get
the swimming suit you left there and then
picks up your sister from school. You decide
to send her the following text message so
she doesn't get lost.
(-3, 4) Bank
(9, 4) School
From the dentist, go __miles east to the pool.
Then, go __miles north to the school.
Finally, go __miles west to the bank.
Fill in the blanks in the text message. Enter (-5, -5) Hospital
these numbers with spaces between them to
guide your mother to your rescue.
(9,-5) Pool
Each unit on this map
equals one mile.

An apartment has a replacement cost of $950,000 and contents valued at $1,450,000. it has a classification of a and a territory rating of 3. find the annual premium a) $10,185 b) $9,230 c) $3,155 d) $13,830

Which of the choices shown could be used to prove that aacp=abcp ?

An annual marathon covers a route that has a distance of approximately 26 miles. winning times for this marathon are all over 2 hours. the following data are the minutes over 2 hours for the winning male runners over two periods of 20 years each. earlier period 14 12 15 22 13 10 19 13 9 14 20 18 16 20 23 12 18 17 6 13 recent period 7 11 7 14 8 9 11 14 8 7 9 8 7 9 9 9 9 8 10 8 (a) make a stem-and-leaf display for the minutes over 2 hours of the winning times for the earlier period. use two lines per stem. (use the tens digit as the stem and the ones digit as the leaf. enter none in any unused answer blanks. for more details, view how to split a stem.) minutes beyond 2 hours earlier period 0 1 2 (b) make a stem-and-leaf display for the minutes over 2 hours of the winning times for the recent period. use two lines per stem. (use the tens digit as the stem and the ones digit as the leaf. enter none in any unused answer blanks.) minutes beyond 2 hours recent period (c) compare the two distributions. how many times under 15 minutes are in each distribution