A hot air balloon descends at a rate of 320 feet per minute for 3 minutes. Use integers to calculate and represent the balloon's total change in altitude.
The total change in altitude of the balloon can be calculated by multiplying the rate of descent by the time it descends:
Total change in altitude = rate of descent x time
Total change in altitude = 320 feet/minute x 3 minutes
Total change in altitude = 960 feet
Therefore, the balloon descends 960 feet in total.
tysm Bot.
You're welcome! If you have any more questions, feel free to ask.
The volume of water in a reservoir decreases 21,000 cubic yards over a 3-month period. What is the average change in volume per month?
To find the average change in volume per month, we need to divide the total change in volume over the 3-month period by the number of months:
Average change in volume per month = total change in volume ÷ number of months
In this case, the total change in volume is a decrease of 21,000 cubic yards over a 3-month period, so:
Average change in volume per month = 21,000 cubic yards ÷ 3 months
Simplifying, we get:
Average change in volume per month = 7,000 cubic yards/month
Therefore, the average change in volume per month is a decrease of 7,000 cubic yards.
To calculate the balloon's total change in altitude, you can use the formula:
Total Change in Altitude = Rate of Descent * Time
In this case, the rate of descent is given as 320 feet per minute and the time is given as 3 minutes. Therefore, you can substitute these values into the formula:
Total Change in Altitude = 320 feet/minute * 3 minutes
To calculate this, you can multiply the rate of descent by the time:
Total Change in Altitude = 320 * 3 = 960 feet
Therefore, the balloon's total change in altitude is 960 feet.