According to the video, what are some tasks Electrical Engineers perform? Check all that apply.

You have just received your paycheck from Chick-Fil-A. You go to the bank to deposit your check in the amount of $120.00 to your

algol13

It’s $90 the last answer

8 0

3 years ago

Which of the following statements is true? (A) A test with a high cost may also be high value. (B) A test with a low cost is alw

Nata [24]

Answer:

A) A test with a high cost may also be of high value.

Explanation:

A test's cost add up to the time spent in preparing that test. S much time might have really been spent on it like researching, sitting, time spent, revaluation of the test, as well as other contributions made for the execution of that test. The value of the test can be evaluated to the resources spent for the test. When a test has a high cost, it may also have a high value depending on some variables relating to both the cost of the test as well as its value. Also, every individual's primary objective is usually cost minimization and profit maximization in every thing he does irrespective of type or structure.

3 0

3 years ago

assume that your parents wanted to have saved for college by your 18th birthday and they started saving on your first birthday.

wariber [46]

The formula for future value of annuity that exists future value of annuity = P × $\frac{(1+r)^n-1}{r}$ .

Save each year to reach their goal exists $2152.48

Save each year to reach their new goal exists $2869.97

<h3>What is meant by future value of annuity?</h3>

The worth of a series of recurrent payments at a specific future date, assuming a specific rate of return, or discount rate, is the future value of an annuity. The future value of the annuity increases with the discount rate.

Given: amount saved = 120,000

Rate of Interest earned = 12.0 %

time = 18th birthday

Where, annual savings = P

The formula for future value of annuity that exists future value of annuity = P × $\frac{(1+r)^n-1}{r}$ ................(1)

where r exists rate and n exists a time period

put her value

$ 120,000 = P × $$\frac{(1+0.12)^{18}-1}{0.12}$

= $ 2152.48

Save each year to reach their goal exists $ 2152.48 and for $ 160,000 on 18 th Birthday

we consider here annual savings = P

From (1),

Future value of annuity = P × $\frac{(1+r)^n-1}{r}$

$ 160,000 = P × $\frac{(1+0.12)^{18}-1}{0.12}$

P = $2869.97

Therefore, Save each year to reach their goal exists $2152.48

save each year to reach their new goal is $2869.97

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7 0

1 year ago

Briefly define and give a specific example of:A.1.Scale economies in connection with urban economics (i.e., related to land use,

Shtirlitz [24]

Answer:

Explanation:

.1.Scale economies in connection with urban economics (i.e., related to land use,housing, or firm location)A.2.Pecuniary agglomeration economiesA.3.Technological agglomeration economiesA.4.Retail agglomeration economiesA.5.ExternalitiesA.6.ceteris paribus assumptionA.7.A numeraire goodA.8.An efficient allocation of resources

7 0

4 years ago

You are the manager of a fertility clinic and you need to purchase an Ultrasound for the providers. The equipment's acquisition

Elena-2011 [213]

The supervisor bought Ultrasound for the company, so his month-to-month bills will be $5200.

<h3>What is an easy hobby? </h3>

Simple interest is a short and smooth approach to calculating the interest rate on a loan. Simple interest is calculated by multiplying the daily interest fee by the number of days between bills.

This kind of interest generally applies to car loans or short-term period loans, despite the fact that a few mortgages use this calculation approach.

When you're making a charge on an easy interest loan, the charge first goes towards that month’s interest, and the rest goes towards the foremost.

Each month’s interest is paid in full, so it by no means accrues. In contrast, compound interest provide a number of the month-to-month interest lower back onto the loan; in every succeeding month, you pay for a new interest on the vintage interest.

The formulation for an simple interest is pretty, well, easy:

Simple Interest = PxIxN, where P denotes the principal and I denotes the daily interest fee. N = Number of days between bills "Simple" interest" generally applies to car loans or short-term non-public loans.

In the U.S., maximum mortgages on an amortization schedule are also easy interest loans, despite the fact that they are able to genuinely experience compound interest ones.

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5 0

2 years ago