Answer:
It will take Chris 13 weeks of allowance to save enough to buy the computer.
Step-by-step explanation:
Chris needs $858 to buy a computer.
She has already saved $575.
She gets $15 an hour for babysitting and will babysit 12 hours in the next month, then she will get for babysitting:
($15/hour)(12 hours)=$180
Then, Chris will need:
A=$858-$575-$180→A=$103
She can save &8 a week form her allowance, then she will need:
Number of weeks: n = $103 / ($8/week) → n=12.875 weeks
Rounding:
n=13 weeks
They need to be sure you will be able to pay the loan back. Then the correct option is A.
<h3>What is decision-making?</h3>
The process of making choice is by identifying the correct decision, gathering information, and assessing alternative solutions.
A. They need to be sure you will be able to pay the loan back. This is correct.
B. Government restrictions require a minimum salary to be approved for a loan. This is incorrect.
C. Loan applicants with higher salaries are generally more trustworthy than other applicants. This is incorrect.
D. They need to be sure you make at least the minimum payment for the loan you applied for. This is incorrect.
A lender will verify and carefully consider your income before approving you for a loan because they need to be sure you will be able to pay the loan back.
More about the decision-making link is given below.
brainly.com/question/3369578
Answer:
the answer would be b my friend
Step-by-step explanation:
Answer:
3/4
Step-by-step explanation:
I'm not for sure but it won't hurt to try it.
Hello Meggieh821, to find the lim as x approaches 0 we can check this by inserting a number that is close to 0 that is coming from the left and from the right.
For instance, we can find the lim by using the number -.00001 for x and solve
<span>csc(3x) / cot(x)
</span>csc(3*-.00001) / cot(-.00001) = .333333... = 1 /3
We also need to check coming from the right. We will use the number .00001 for x
csc(3x) / cot(x)
csc(3*.00001) / cot(.00001) = .333333... = 1 /3
So since we are getting 1/3 from the left and right we can say as x approaches 0 the limit is 1/3
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