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3 years ago

When researching a specific job, what information should you be looking for?

Business

2 answers:

Arisa [49]3 years ago

5 0

Answer:

When you are researching for a specific job, you must get ready to give the best possible impression in case you are called for an interview. One of the best ways you can prepare for a job interview is by getting to know the facts about the company; its history, mission statement, products offered, marketing strategies, etc. Once you get to know the company you must start to think how you can be useful for them.

Imagine you are a doctor and you receive a call you from the Mayo Clinic for an job interview. You are thrilled and excited because it's one of the best places a doctor can work. Before going to the interview you must get ready by knowing what makes the Mayo Clinic a great place for doctors to work in. But you must also be ready to tell your interviewer how you can help the Mayo Clinic be a better clinic; how much you love helping and caring about other people, how you like to work for long shifts, etc.

A job is a contract that must benefit both the employee and the employer.

lozanna [386]3 years ago

3 0

When researching a specific job, you should look at the organization’s mission and vision, what the recent achievements and news are, the positions and fields that are included with the job, and the community and employees!

Hope this helps! :) have a blessed day.

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Tamiku [17]

True this is to avoid safety hazards

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3 years ago

Sara, a security analyst, is trying to prove to management what costs they could incur if their customer database was breached.

djyliett [7]

Answer:

Total estimated breached cost = $3,750

Explanation:

Given:

Total records database contain = 250 record

Cost per record for a breach = $300

Estimated breached record = 5% = 0.05

Total estimated breached cost = ?

Computation of total estimated breached record :

Total estimated breached record = Total records database contain × Estimated breached record

Total estimated breached record = 250 × 0.05

Total estimated breached record = 12.5

Computation of total estimated breached cost:

Total estimated breached cost = Total estimated breached record × Cost per record for a breach

Total estimated breached cost = 12.5 × $300

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3 years ago

. For a new product, sales volume in the first year is estimated to be 50,000 units and is projected to grow at a rate of 7% per

Alecsey [184]

Answer:

The NPV value of the profit over the three year period is $9,900,966.32

Explanation:

The NPV of the profit over three year period was computed by first of all incorporating all growth assumptions relating to sales volume,sales price,variable and fixed costs.

With the assumptions incorporated , I calculated the sales revenue,variable and fixed costs per year,hence the profit figure is sales less variable and fixed costs.

Finally I discounted the profit to present using the formula 1/(1+r)^N,where r is the rate of 4% and N the relevant year.

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3 years ago

According to the Internal Revenue Service, the average length of time for an individual to complete (keep records for, learn, pr

Inessa [10]

Answer: The distribution of sample means is:

As the sample size is more than 30 so the sampling distribution of the sample means can be said to be approximately normal with the mean equal to 10.53 hours and standard deviation equals to 0.33 hours.

Explanation:

The mean,

μ=10.53

The population standard deviation,

σ= 2

The sample size, n=36

z score:

z= (xbar −μ)/σ

The standard error:

σxbar=σ/√n

=2/√36

=0.33

The standard error represents the distribution sample mean is 0.33.

7 0

3 years ago

You plan to invest in securities pay more 11.2% compounded annually. if you invest $5000 today, how many years will it take for

Margarita [4]

Answer:

$t\approx6\hspace{3}years$

Explanation:

When interest is compounded annually, we can use the following formula to calculate the amount in the account at the end of a given time period.:

$FV=PV(1+r)^t$

Where:

$FV=Future\hspace{3}value=9140.20\\PV=Present\hspace{3}value=5000\\r=Interest\hspace{3}rate=11.2\%=0.112\\t=Time$

Let's solve the previous equation for t:

Divide both sides by PV:

$\frac{FV}{PV} =\frac{PV}{PV} (1+r)^t\\\\\frac{FV}{PV} = (1+r)^t$

Take the natural logarithm of both sides:

$log(\frac{FV}{PV}) = log( (1+r)^t)\\\\Use\hspace{3}the\hspace{3}identity\hspace{5}log(a^b)=b*log(a)\\\\log(\frac{FV}{PV}) =t* log(1+r)\\\\Divide\hspace{3}both\hspace{3}sides\hspace{3}by\hspace{3}log(1+r)\\\\t=\frac{log(\frac{FV}{PV})}{log(1+r)}$

Replace the data provided by the problem:

$t=\frac{log(\frac{9140.20}{5000})}{log(1+0.112)}$

$t=5.682396777\approx 6\hspace{3}years$

7 0

3 years ago