Answer:
Step-by-step explanation:
We must use PEMDAS for this answer.
First, we must multiply 1000 and 10.
10,000-5000+23-93
Next, we must subtract 10,000 and 5,000
5000+23-93
Add 5000 and 23
5023-93
For our final step, subtract and you get your answer.
4,930
Answer:
Lars works for the expected number of days but doesn't earn the expected amount of money.
Step-by-step explanation:
Let's check whether Lars works for the expected number of days this week by working as a nurse for 2 days and working as a lumberjack for 4 days. To do this, we substitute N=2 and L=4 into the first inequality:
N+L≤6
2+4≤6
6≤6
The true inequality shows that Lars works for the expected number of days this week by working as a nurse for 2 days and working as a lumberjack for 4 days.
Now let's check whether Lars earns the expected amount of money by working as a nurse for 2 days and working as a lumberjack for 4 days.
To do this, we substitute N=2 and L=4 into the second inequality.
216N+112L>950
216(2)+112(4)
>
950
880 >950
The false inequality shows that Lars doesn't earn the expected amount of money by working as a nurse for 2 days and working as a lumberjack for 4 days.
Lars works for the expected number of days but doesn't earn the expected amount of money.
7.2 would be the quotient, because 237.6 divided by 33 is 7.2 .
Answer:
$7.18
Step-by-step explanation:
Multiply the number of pounds bought by the cost of one pound.
(2.4 pounds)($2.99 per pound) = $7.176 ≅ $7.18
