Answer:
yes
Step-by-step explanation:
yes you can
Answer:
B: m = -3/4
Step-by-step explanation:
First find a point on the line (0,4)
Go rise over run, the rise is 3, but the run is negative, so the answer is B
Answer:
Solve for
w
by simplifying both sides of the equation, then isolating the variable.
Exact Form:
w
=
49
2
Decimal Form:
w
=
24.5
Mixed Number Form:
w
=
24
Answer:
Emily's claim is correct that with 12 skewers which can hold 5 shrimp each, there will be 15 leftovers.
Step-by-step explanation:
Given that:
Total number of shrimp contained in the bag of Emily = 75
Number of skewers available = A dozen
A dozen means 12.
Therefore, there are 12 number of skewers available.
Each skewer can have = 5 number of shrimp
Total number of shrimp on the 12 skewers = 12
5 = 60
Total number of leftover = Total number of shrimp in the bag - Total number of shrimp on the 12 skewers = 75 - 60 = 15
Therefore, Emily's claim is correct that with 12 skewers which can hold 5 shrimp each, there will be 15 leftovers.
Answer:

The store manager can afford not more than 30 employees.
Step-by-step explanation:
Given:
Maximum amount a store manager can spend in a day = $1,000
Fixed cost for rate of operation for each day = $100
Salary for each employee per day = $30
If
employees are working in the store then the inequality to find the maximum number of employees the store manage can afford i given as:

To solve for
.
Solution:
We have :

Subtracting both sides by 100.


Dividing both sides by 30.

∴ 
Thus, the store manager can afford not more than 30 employees.