\(\large\frac{5}{-\large\frac{2}{8}} =\)

\(5\frac{1}{3}\div(-1\frac{1}{2}) =\)

\(\large\frac{(-120)}{(-6)} =\)

\(\large\frac{-\large\frac{4}{5}}{-\large\frac{2}{3}} =\)

\(1.03\div{(-10.3)} =\)

\(\large\frac{(-0.4)}{80} =\)

\(1\div\large\frac{9}{5} =\)

\(\large\frac{\large\frac{-1}{4}}{\large\frac{23}{24}} =\)

\(\large\frac{-10.35}{-2.3} =\)

Alex usually runs for 21 hours a week, training for a marathon. If he is unable to run for 3 days, describe how to find out how many hours of training time he loses, and write the appropriate integer to describe how it affects his time.

The running back for the Bulldogs football team carried the ball 9 times for a total loss of 15\(\frac{3}{4}\) yards. Find the average change in field position on each run.

The 6:00 a.m. temperatures for four consecutive days in the town of Lincoln were -12.1 °C, -7.8°C, -14.3°C, and -7.2°C. What was the average 6:00 a.m. temperature for the four days?

Multistep

A seafood restaurant claims an increase of $1,750.00 over its average profit during a week where it introduced a special of baked clams.

a. If this is true, how much extra profit did it receive per day?

b. If it had, instead, lost $150 per day, how much money would it have lost for the week?

c. If its total loss was $490 for the week, what was its average daily change?

A hot air balloon descended 99.6 meters in 12 seconds. What was the balloon’s average rate of descent in meters per second?