As a cold front passed through Asheville, the temperature changed steadily over 6 hours. Altogether it change -18 degrees. Which statement represents the change in temperature each hour for the 6 hours?
Let's represent the change in temperature each hour as "x". Since the temperature changed steadily over 6 hours, and the total change was -18 degrees, we can set up the equation:
6x = -18
Solving for x, we divide both sides of the equation by 6:
x = -18/6
Simplifying the expression, we find that x = -3.
Therefore, the change in temperature each hour for the 6 hours is -3 degrees.
As a cold front passed through Asheville, the temperature changed steadily over 6 hours. Altogether it change -18 degrees. Which statement represents the change in temperature each hour for the 6 hours?
-18 ÷ 6 = 3 degrees
-18 ÷ 6 = -3 degrees
-18 ÷ -6 = -3 degrees
18 ÷ 6 = -3 degrees
The correct statement is: -18 ÷ 6 = -3 degrees.
The football team lost 8 yards on every play for 5 plays. Write a statement using integer multiplication to show the total number of yards the team has lost.
To find the total number of yards the team has lost, we can use integer multiplication.
Since the team lost 8 yards on every play for 5 plays, we can represent this as (-8) x 5.
Therefore, the statement using integer multiplication to show the total number of yards the team has lost is: (-8) x 5.
To find the change in temperature each hour, we can divide the total change in temperature (-18 degrees) by the number of hours (6 hours).
Change in temperature each hour = Total change in temperature / Number of hours
Change in temperature each hour = -18 degrees / 6 hours
Change in temperature each hour = -3 degrees each hour
Therefore, the change in temperature each hour for the 6 hours is -3 degrees.
To determine the change in temperature each hour, we need to divide the total change in temperature (-18 degrees) by the number of hours (6). This will give us the average change in temperature per hour.
Let's use the formula:
Average change in temperature per hour = Total change in temperature / Number of hours
Plugging in the values:
Average change in temperature per hour = -18 degrees / 6 hours
Simplifying the equation:
Average change in temperature per hour = -3 degrees
Therefore, the change in temperature each hour for the 6 hours during the cold front passing through Asheville is -3 degrees.