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balandron [24]
4 years ago
15

Troy starts a job right out of college. He feels lucky to have found a position in the financial industry. Troy knows that he ne

eds help to form and maintain the lasting developmental relationships that will further his career. Troy should first establish a(n) _________.
Business
1 answer:
Mashutka [201]4 years ago
3 0

Answer:

Mentoring Plan.

Explanation:

This is a form of a continuous schooling process that is more of ‘giving advice’, or passing on what your experience was in a particular area or situation.

It is a system of semi structured guidance whereby one person shares their knowledge, skills and experience to assist others to progress in their own lives and careers. Mentors need to be readily accessible and prepared to offer help as the need arises within agreed bounds.

Mentors very often have their own mentors, and in turn their mentees might wish to ‘put something back’ and become mentors themselves - it's a chain for ‘passing on’ good practice so that the benefits can be widely spread.

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Which of the following is NOT a core component of the Federal Reserve Bank? EVERFI
DaniilM [7]
A. Department of the Treasury
3 0
4 years ago
Today, Thomas deposited $100,000 in a three-year, 12% CD that compounds quarterly. Whatis the maturity value of the CD?A) $109,2
marysya [2.9K]

Answer:

C) $142,576

Explanation:

The computation of the maturity value of the CD is shown below:

We use the future value formula that is shown in the spreadsheet.  

Given that,  

Present value = $100,000

Rate of interest = 12%  ÷ 4 quarters = 3%

NPER = 3 years × 4 quarters = 12 years

PMT = $0

The formula is shown below:

= -FV(Rate;NPER;PMT;FV;type)

The future value is $142,576

5 0
4 years ago
Assume your computer is able to complete 4 double floating-point operations per cycle when operands are in registers and it take
svp [43]

Answer:

<em>For 1st algorithm</em><em>: The total run time is 200.25 s, while that of total waste time is 200 sec and the percentage of the waste time is 99.8%.</em>

<em>For 2nd algorithm:</em><em>The total run time is 100.35 s, while that of total waste time is 100.1 sec and the percentage of the waste time is 99.75%.</em>

Explanation:

As the complete question is not visible, therefore, the question is searched online and following reference question is obtained.

Following data is given as

Floating point operation time=T/4

Memory Access Time =100T

Frequency =2 GHz

Number of Cycles=1000

<u>1st Algorithm</u>

<em>/*dgemm0: simple ijk version triple loop</em>

<em>algorithm*/</em>

<em>for (i=0; i<n; i++)</em>

<em>for (j=0; j<n; j++)</em>

<em>for (k=0; k<n; k++)</em>

<em>c[i*n+j] += a[i*n+k] * b[k*n+j];</em>

First by rewriting the operation inside the inner loop:

= + ×

Now first A, B and C are loaded into the registers so

Load \,Time=3 \times Memory \,Access \,Time=3 \times 100\, T =300\, T

For 2 floating point computations (addition and multiplication)

Computation\, Time=2 \times Floating\, Time\\Computation\, Time=2 \times \frac{T}{4}\\Computation\, Time=\frac{T}{2}

Finally, to store and repeat the cycle as N^3 times the time is estimated as

Store \,Time=Memory\, Access\, Time=100T

Total Run time is given as

T_{run}=N^3 \times [T_{load}+T_{comp}+T_{store}]\\T_{run}=1000^3 \times [300T+\frac{T}{2}+100T]\\T_{run}=1000^3 \times [400.5T]\\T_{run}=200.25 s

Total Wasted time is given as

T_{waste}=N^3 \times [T_{load}+T_{store}]\\T_{waste}=1000^3 \times [300T+100T]\\T_{waste}=1000^3 \times [400T]\\T_{waste}=200 s

Percentage of Waste time is given as

\%age \, waste=\frac{T_{waste}}{T_{run}}\times 100\\\%age \, waste=\frac{200}{200.25}\times 100\\\%age \, waste=99.8\%

<em>The total run time is 200.25 s, while that of total waste time is 200 sec and the percentage of the waste time is 99.8%.</em>

<u>2nd Algorithm</u>

<em>/*dgemm1: simple ijk version triple loop</em>

<em>algorithm with register reuse*/</em>

<em>for (i=0; i<n; i++)</em>

<em>for (j=0; j<n; j++) {</em>

<em>register double r = c[i*n+j];</em>

<em>for (k=0; k<n; k++)</em>

<em>r += a[i*n+k] * b[k*n+j];</em>

<em>c[i*n+j] = r;</em>

<em>}</em>

Initialize register r with the content of C for N2 Times as given as Initialization\,Time=N^2 \times Memory \,Access \,Time=N^3 \times 100\, T

Time for Loading Operands A and B into registers for N3 Times is given as

Load \,Time=N^3 \times 2 \times Memory \,Access \,Time=N^3\times 2 \times 100\, T =N^3\times 200\, T

For 2 floating point computations (addition and multiplication)

Computation\, Time=N^3 \times\frac{T}{2}

Final Memory update to store result in the register r to the memory for N2 Times

Store \,Time=Memory\, Access\, Time=N^2 \times 100T

Total Run time is given as

T_{run}=N^3 \times [T_{load}+T_{comp}]+N^2 \times [T_{linit}+T_{store}]\\T_{run}=1000^3 \times [200T+\frac{T}{2}]+1000^2 \times [100T+100T]\\T_{run}=1000^3 \times [200.5T]+1000^2 \times [200T]\\T_{run}=100.35 s

Total Wasted time is given as

T_{waste}=N^3 \times [T_{load}]+N^2 \times [T_{init}+T_{store}]\\T_{waste}=1000^3 \times [200]+1000^2 \times [100T+100T]\\T_{waste}=1000^3 \times [200T]+1000^2 \times [200T]\\T_{waste}=100.1 s

Percentage of Waste time is given as

\%age \, waste=\frac{T_{waste}}{T_{run}}\times 100\\\%age \, waste=\frac{100.1}{100.35}\times 100\\\%age \, waste=99.75\%

<em>The total run time is 100.35 s, while that of total waste time is 100.1 sec and the percentage of the waste time is 99.75%.</em>

8 0
3 years ago
Acme corporation currently has a 20% market share in a $15 billion industry (measured by sales revenue). emca corporation curren
denpristay [2]
Industry sales = $15 billions
Acme market share = 20%
Emca market share = 17%

Acme market share in form of sales:
Acme marker share = 20% of $20 billion = (20/100)*20 = $3.00 billions

Emca market share in form of sales:
Emca market share = 17% of $20 billions = (17/100)*20 = $2.55 billions

Difference between the market shares for two companies as a percentage:
Difference = |20%-17%| = 3% of $20 billion
3 1
4 years ago
PRACTICE SET Processing Business Papers to Financial Statements Basic Level HAIR PORT LANDING BASIC FACTS Tomas Mueller decided
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I’m sorry but that is a lot of reading
7 0
4 years ago
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