Refer to the accompanying data display that results from a sample of airport data speeds in Mbps. The results in the screen disp
2 answers:
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Answer:
Step-by-step explanation:
Given the two inequalities:
To graph them, first of all, let us write their corresponding equations:
We now find at least 2 points each which satisfy the equations to plot the graph.
Equation :
Putting x = 0, y = 1
Putting y = 0, x = .
Two points are (0, 1) and (, 0).
Equation :
Putting x = 0, y = -2
Putting y = 0, x = 1.
Two points are (0, -2) and (1, 0).
Now, let us plot them.
Let us take a point (1, 4) and check whether it satisfies the first inequality.
Which is true.
So, The shaded region will be <em>towards point (1,4).</em>
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Let us take a point (1, 4) and check whether it satisfies the second inequality.
So, The shaded region will be <em>opposite to point (1,4).</em>
Please refer to the attached graph for the answer.
<em>No solution exists for them because there is no common shaded region</em>.
Answer:
100% of the 2nd monthly payment go toward the repayment of principal.
Step-by-step explanation:
The loan taken is the Principal which is mentioned as $72,500 with interest at a nominal rate of 20%. Firstly, it is important to understand that nominal rate means <em>non-compounding </em>rate. Simply put will be a "<em>one-time charged" </em>rate on the loan. Since this is given as 20% of the Principal. It is calculated thus: ×
= $14,500. So the interest on the loan is $14,500. Added to the Principal the total amount to be paid back by the company becomes: $72,500 + $14,500 = $87,000. To pay back this amount at equal end-of-month installments in 1 year (12 months), we divide the total amount by 12. i.e
= $7250. This means, the monthly payment will be $7,250. Since the monthly payment pays only 10% of the initial principal $72,500. By the second month only 20% of the Principal would have been paid. So all of the monthly payment will go towards repaying the principal