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Anastaziya [24]
3 years ago
15

Despite the heavy reliance on e-mail, in certain situations calling may be the most efficient channel of communication, whether

mobile or on your office line. Be sure to understand professional expectations for telephone, cell phone, and voice mail etiquette. Identify the telephone etiquette that will make your telephone calls productive. Check all that apply.(A) End the call politely.(B) Use a three-point introduction.(C) Be brisk when rushed.(D) Be cheerful and accurate.(E) Deliver bad news via voice mail.
Business
1 answer:
Svetach [21]3 years ago
6 0

Answer:

The correct option is A, B and D

Explanation:

In order to communicate, the channel of telephone communication is used, one need to follow the following etiquette so that it will make the call productive and the points are as:

1. Always end the call very politely

2. Every time making a call, should use the 3 point introduction which states the your description, purpose of call.

3. Always be accurate and cheerful while on call with other person.

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Which of the following is correct regarding expectancy theory? Group of answer choices Effort is only useful in improving motiva
madam [21]

"An effort is only useful in improving motivation levels in employees with specialized jobs" is correct regarding expectancy theory.

<h3>What is expectancy theory?</h3>

Victor Vroom of the Yale School of Management put forth the expectation hypothesis in 1964. According to the expectation theory, a person's motivation is determined by their level of desire for a reward, their assessment of the likelihood that their efforts will result in the expected performance (Expectancy), and their conviction that their efforts will pay off once they meet their expectations (Instrumentality).

Expectancy is the conviction that stronger efforts will yield better results. Expectations are affected by things like having the necessary skills to do the job, having access to the resources you need, being able to receive the information you need, and receiving the necessary support to get the task done.

Learn more about expectancy theory here:

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5 0
2 years ago
Sales revenue$ 4,000Purchases of direct materials$ 400Direct labor$ 450Manufacturing overhead$ 620Operating expenses$ 650Beginni
Anna007 [38]

Answer:

A) $1,450

Explanation:

beginning finished goods + COGM = ending finished goods + COGS

to know COGS we need cost of goods manufactured

COGM = beginning WIP + cost added - ending WIP

to knwo COGM we need to know cost added

cost added = labor + materials + overehead

to know that we need to know materials used:

used into production= beginning raw+purchase - ending raw

used = 200 + 400 - 180 = 420

and now we go backwards in the loop to fill the blank and solve for COGS

cost added = 450 + 420 + 620 = 1490

COGM = 320 + 1490 - 410 = 1400

and we now return to the formula to find COGS

250 + 1400 = 200 + COGS

1650 - 200 = COGS = 1,450

6 0
4 years ago
What are the four types of competitive situations
Goshia [24]
Economists have identified four types of competition. Perfect competition, monopolistic competition, oligopoly, and monopoly.
5 0
3 years ago
The ACE Equity Fund has an expected return E[r] of 11.830% and the ZQR Bond Fund has an expected return E[r] of 6.690%. A portfo
Mashcka [7]

Answer:

The answer is "6.8442%".

Explanation:

The expected portfolio return is the total average portfolio return for all stocks

ACE fund weight (wA) =3%

ACE fund (ErA) expected return= 11.830%

Bond fund ZQR weight (wB) = 97%.

The ACE fund (ErB) expected return = 6.690%

Expected portfolio return = (wA \times ErA)+(wB \times  ErB)

                                          =(3\% \times 11.830 \% )+(97 \% \times 6.690\%)\\\\= 0.03 \times 0.1183 +0.97 \times 0.0669 \\\\=0.003549+ 0.064893\\\\=0.068442\\\\=6.8442 \%

 

5 0
3 years ago
A well insulated 3-m X 4-m X 6-m room initially at 7 degrees C is heated by the radiator of a steam heating system. The radiator
poizon [28]

Answer:

The average temperature of air in 45 minutes is 10.74°C

Explanation:

Given

Time t = 45 minutes

Initial Air Temperature, T1 = 7°C

Fan work W = 120W

Radiator Volume = V1 = 15L

Initial Steam Pressure = P1 = 200kPa

Initial Steam Temperature = Ts1 = 200°C

Final Steam Pressure = P2 = 100kPa

The radiator is our system.

We take the system as a close system.

The energy balance is given as follows

-Qout = ∆U

-Qout = m(u2 - u1)

Calculating u2

From steam table (see attachment below)

At P1 and Ts1

P1 = 200kPa, Ts1 = 200°C

u1 = 2654.6KJ/Kg

v1 = 1.08049 m³/Kg

At P2 = 100kPa,  v1 = v2

vf = 0.001043m³,   vg = 1.6941m³/kg    uf = 417.4kj/kg      ufg = 2088.2kj/kg

x2 = (v2 - vf)/(vg - vf)

x2 =  (1.08049 - 0.001043)/(1.6941 - 0.001043)

x2 = 1.079447/1.693057

x2 = 0.63757

u2 = uf + x2ufg

u2 = 417.4 + 0.63757 * 2088.2

u2 = 417.4 + 1331.374

u2 = 1748.774

Solving for m

m = V1/v1

m = 15L/1.08049

m = 0.015/1.08049

m = 0.01388Kg

So, -Qout = m(u2 - u1) becomes

0.01388(1748.774 - 2654.6)

= 0.01388 * -905.826

= -12.572

-Qout = -12.572

So, Qout = 12.572KJ

The dimensions of the room is 3 * 4 * 5.

The mass and volume of air in the room is given by

Volume = 3 * 4 * 6 = 72m³

Mass = P * V/RT

Where R = Gas Constant = 0.287

T = T1 = 7°C = 273+ 7 = 280K

P = P2 = 100kPa

Mass = (100 * 72)/(0.287 * 280)

Mass = 7200/80.36

Mass = 89.597Kg

The amount of work is defined by

Work = Fan work W * Time t

Work = 120 * 45 minutes

Work = 120 * 45 * 60seconds

Work = 324000J

Work (fan, in) = 324KJ

Taking the air in the room as the system

The energy balance is as follows

∆Energy = E(in) - E(out)

E(in) = Q(out) + W(fan,in)

E(out) = W(out)

∆Energy = ∆U

So, we have

∆U = Q(out) + W(fan,in) - W(out)

∆U + W(out) = Q(out) + W(fan,in)

∆U + W(out)  = 12.572 + 324

∆U + W(out) = 336.572

∆U + W(out) = ∆H (Change in heat energy)

This is given by mc(T2 - T1)

Where m = 89.597kg

c = specific heat of air at constant pressure = 1.005

T1 = 7°C

Substituting in these values, we have

336.572 = 89.597 *1.005 (T2 - 7)

=> 336.572 = 90.044985(T2 - 7)

T2 - 7 = 3.74

T2 = 3.74 + 7

T2 = 10.74°C

8 0
4 years ago
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