5. Cooking time for a turkey is determined using the rate of 1/3 hour per pound. Mrs. Milton figures she will have at most four hours to cook the turkey. What is the largest turkey she should buy?
6. Mrs. Milton will make 6 pounds of yams. If one person eats 1/2 pound of yams, how many people can Mrs. Milton serve with 6 pounds of yams?
(I hope this is easier to read!) Please Help!
The holiday dinner is at the Milton’s house
this year. Mrs. Milton will do most of the
cooking.
5. Cooking time for a turkey is determined
using the rate of
1/3 hour per pound. Mrs.
Milton figures she will have at most four
hours to cook the turkey. What is the
largest turkey she should buy?
6. Mrs. Milton will make 6 pounds of yams.
If one person eats �
1
2
1/2 pound of yams, how
many people can Mrs. Milton serve with
6 pounds of yams?
4 answers
Right now the most I got is this:
1/3 = 0.33
Since she has 4 hours to cook it per pound then I did: .33 x 4 = 1.32.
So would the largest turkey she can buy be 1.32 pounds?
1/3 = 0.33
Since she has 4 hours to cook it per pound then I did: .33 x 4 = 1.32.
So would the largest turkey she can buy be 1.32 pounds?
No.
At 1/3 hour per pound, it's 3 pounds per hour. 3 * 4 = 12 pounds
6 / (1/2) = 6 * (2/1) = 12 people
At 1/3 hour per pound, it's 3 pounds per hour. 3 * 4 = 12 pounds
6 / (1/2) = 6 * (2/1) = 12 people
Ah I see. How would you put those into a mathamatical (algebraic) expression?