Answer:
360/4=90 minutes for each of the 4 people
Step-by-step explanation:
assuming the 360 minutes are available each month
if we change 2½ years to an improper fraction, that'd be 5/2 years.

Answer:
$11.25
Step-by-step explanation:
55.50 divided by 6 = 9.25
9.25 + 2 = 11.25
First, we add up the amount of flour needed for each cake by the equation,
total flour needed = flour need for batter + flour needed for topping
Substituting,
total flour needed = 2 2/9 cups + 1/2 cup = 49/18 cups
Then, we divide the total amount of flour by the answer obtained above to determine the number of cakes that can be made.
number of cakes = total amount of flour / total flour needed per cake
number of cakes = 95 cups / (49/18) = 34.89 cakes
Hence, the number of cakes that can be produced is only 34.
Given :
The temperature of a place was 32⁰C on Friday. On Saturday it rose by 4⁰C, then rainfall on Sunday caused the temperature to fall by 7⁰C.
To Find :
The final temperature on Sunday.
Solution :
Temperature on Saturday = initial temperature + 4⁰C
= 32⁰C + 4⁰C
= 36⁰C.
Temperature on Sunday = temperature on Saturday - 7⁰C
= 36⁰C - 7⁰C
= 29⁰C
Therefore, final temperature on Sunday is 29⁰C.
Hence, this is the required solution.