Question

In a city, the record monthly high temperature for March is 56°F. The record

Answer 1

Answer:

60 degrees F

Step-by-step explanation:

To find the range of temperatures, find the absolute value of the difference of the temperatures. It doesn't matter in which order you subtract.

|56 - (-4)| = |56 + 4| = |60| = 60

You can subtract in the other order:

|-4 - 56| = |-60| = 60

Range: 60 degrees F

Answer 2

Answer:

60 degree Fahrenheit.

Step-by-step explanation:

We have been given that in a city, record monthly high temperature for March is 56°F. The record  monthly low temperature for March is -4°F. We are asked to find the range of temperatures  for the month of March.

We know that range of a data set is the difference between the highest value and lowest value.

$\text{Range}=\text{Highest temperature}-\text{Lowest temperature}$

$\text{Range of temperatures for the month of March}=56^{\circ}F-(-4^{\circ}F)$

$\text{Range of temperatures for the month of March}=56^{\circ}F+4^{\circ}F$

$\text{Range of temperatures for the month of March}=60^{\circ}F$

Therefore, the range of temperatures  for the month of March is 60 degree Fahrenheit.