Psychology. A psychologist uses two types of boxes when studying mice and rats. Each mouse spends 10 minutes per day in box A and 20 minutes per day in box B . Each rat spends 20 minutes per day in box A and 10 minutes per day in box B . The total minimum time available per day is 800 minutes for box A and 640 minutes for box B . If x is the number of mice used and y the number of rats used, write a system of linear inequalities that indicates appropriate restrictions on x and y . Find the set of feasible solutions graphically.
Psychology. A psychologist uses two types of boxes when studying mice and rats. Each mouse spends 10 minutes per day in box A and 20 minutes per day in box B . Each rat spends 20 minutes per day in box A and 10 minutes per day in box B . The total minimum time available per day is 800 minutes for box A and 640 minutes for box B . If x is the number of mice used and y the number of rats used, write a system of linear inequalities that indicates appropriate restrictions on x and y . Find the set of feasible solutions graphically.
Solution Summary: The author explains the system of linear inequalities, which defines the appropriate restrictions on x, number of mice, and
Psychology. A psychologist uses two types of boxes when studying mice and rats. Each mouse spends
10
minutes per day in box
A
and
20
minutes per day in box
B
. Each rat spends
20
minutes per day in box
A
and
10
minutes per day in box
B
. The total minimum time available per day is
800
minutes for box
A
and
640
minutes for box
B
. If
x
is the number of mice used and
y
the number of rats used, write a system of linear inequalities that indicates appropriate restrictions on
x
and
y
. Find the set of feasible solutions graphically.
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