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Nesterboy [21]
4 years ago
14

In a partnership, each member of the project team is responsible for the project's outcomes and the current situation, whether i

t is positive or shows evidence of project problems. The term that best describes this responsibility is:
A) exchange of purpose.
B) a right to say no.
C) joint accountability.
D) absolute honesty.
Business
1 answer:
yawa3891 [41]4 years ago
3 0

The term that best describes the given responsibility is joint accountability.

<u>Explanation:</u>

Sharing the responsibilities and the outcomes of any situation in a business entity or firm is known as joint accountability.

In a joint accountability environment, all the team members plan, decides, delegates and executes the work together. All the members of the team are equally responsible for both the positive and negative outcomes of any project they execute or plan.

Here, it has been given that in a partnership, each member of the project team is accountable for both the achievements and consequences of the project they are working in. So, we can conclude that the type of responsibility exhibited here is joint accountability.

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A perfectly competitive firm maximizes its profit by________.
olganol [36]

Answer:

The correct answer is option A.

Explanation:

A perfectly competitive market has large number of sellers producing homogenous products. As a result, no single firm is able to affect the price level. So all the firms have their individual demand curves as a horizontal line at the price level.

This demand curve also represents marginal revenue. The firm is able to maximize profit when the price and marginal revenue is equal to the marginal cost.

Here, the revenue earned from the last unit of product is equal to the cot incurred in producing the last unit.

8 0
3 years ago
Suppose that output (Y ) in an economy is given by the following aggregate production function: Yt = Kt + Nt where Kt is capital
shusha [124]

Answer:

Check the explanation

Explanation:

Yt = Kt + Nt

Taking output per worker, we divide by Nt

Yt/Nt = Kt/Nt + 1

yt = kt + 1

where yt is output per worker and kt is capital per worker.

a) With population being constant, savings rate s and depreciation rate δ.

ΔKt = It - δKt

dividing by Nt, we get

ΔKt/Nt = It/Nt - δKt/Nt ..... [1]

for kt = Kt/Nt, taking derivative

d(kt)/dt = d(Kt/Nt)/dt ... since Nt is a constant, we have

d(kt)/dt = d(Kt/Nt)/dt = (dKt/dt)/Nt = ΔKt/Nt = It/Nt - δKt/Nt = it - δkt

thus, Capital accumulation Δkt = i – δkt

In steady state, Δkt = 0

That is I – δkt = 0

S = I means that I = s.yt

Thus, s.yt – δkt = 0

Then kt* = s/δ(yt) = s(kt+1)/(δ )

kt*= skt/(δ) + s/(δ)

kt* - skt*/(δ) = s/(δ)

kt*(1- s/(δ) = s/(δ)

kt*((δ - s)/(δ) = s/(δ)

kt*(δ-s)) = s

kt* = s/(δ -s)

capital per worker is given by kt*

b) with population growth rate of n,

d(kt)/dt = d(Kt/Nt)/dt =

= \frac{\frac{dKt}{dt}Nt - \frac{dNt}{dt}Kt}{N^{2}t}

= \frac{dKt/dt}{Nt} - \frac{dNt/dt}{Nt}.\frac{Kt}{Nt}

= ΔKt/Nt - n.kt

because (dNt/dt)/Nt = growth rate of population = n and Kt/Nt = kt (capital per worker)

so, d(kt)/dt = ΔKt/Nt - n.kt

Δkt = ΔKt/Nt - n.kt = It/Nt - δKt/Nt - n.kt ......(from [1])

Δkt = it - δkt - n.kt

at steady state Δkt = it - δkt - n.kt = 0

s.yt - (δ + n)kt = 0........... since it = s.yt

kt* = s.yt/(δ + n) =s(kt+1)/(δ + n)

kt*= skt/(δ + n) + s/(δ + n)

kt* - skt*/(δ + n) = s/(δ + n)

kt*(1- s/(δ + n)) = s/(δ + n)

kt*((δ + n - s)/(δ + n)) = s/(δ + n)

kt*(δ + n -s)) = s

kt* = s/(δ + n -s)

.... is the steady state level of capital per worker with population growth rate of n.

3. a) capital per worker. in steady state Δkt = 0 therefore, growth rate of kt is zero

b) output per worker, yt = kt + 1

g(yt) = g(kt) = 0

since capital per worker is not growing, output per worker also does not grow.

c)capital.

kt* = s/(δ + n -s)

Kt*/Nt = s/(δ + n -s)

Kt* = sNt/(δ + n -s)

taking derivative with respect to t.

d(Kt*)/dt = s/(δ + n -s). dNt/dt

(dNt/dt)/N =n (population growth rate)

so dNt/dt = n.Nt

d(Kt*)/dt = s/(δ + n -s).n.Nt

dividing by Kt*

(d(Kt*)/dt)/Kt* = s/(δ + n -s).n.Nt/Kt* = sn/(δ + n -s). (Nt/Kt)

\frac{sn}{\delta +n-s}.\frac{Nt}{Kt}

using K/N = k

\frac{s}{\delta +n-s}.\frac{n}{kt}

plugging the value of kt*

\frac{sn}{\delta +n-s}.\frac{(\delta + n -s)}{s}

n

thus, Capital K grows at rate n

d) Yt = Kt + Nt

dYt/dt = dKt/dt + dNt/dt = s/(δ + n -s).n.Nt + n.Nt

using d(Kt*)/dt = s/(δ + n -s).n.Nt from previous part and that (dNt/dt)/N =n

dYt/dt = n.Nt(s/(δ + n -s) + 1) = n.Nt(s+ δ + n -s)/(δ + n -s) = n.Nt((δ + n)/(δ + n -s)

dYt/dt = n.Nt((δ + n)/(δ + n -s)

dividing by Yt

g(Yt) = n.(δ + n)/(δ + n -s).Nt/Yt

since Yt/Nt = yt

g(Yt) = n.(δ + n)/(δ + n -s) (1/yt)

at kt* = s/(δ + n -s), yt* = kt* + 1

so yt* = s/(δ + n -s) + 1 = (s + δ + n -s)/(δ + n -s) = (δ + n)/(δ + n -s)

thus, g(Yt) = n.(δ + n)/(δ + n -s) (1/yt) =  n.(δ + n)/(δ + n -s) ((δ + n -s)/(δ + n)) = n

therefore, in steady state Yt grows at rate n.

5 0
3 years ago
Tom wants to promote his windshield repair company's emergency service by reaching people right when they're searching for help.
VladimirAG [237]
The correct answer is:
"Search Network only"

Explanation and more answers: <span>https://goo.gl/QaLSjG</span>
3 0
3 years ago
On January 1, 2021, Canseco Plumbing Fixtures purchased equipment for $30,000. Residual value at the end of an estimated four-ye
Alenkinab [10]

Answer:

$7000

$7000

b. 15,000

7500

6160

8400

Explanation:

Straight line depreciation expense = (Cost of asset - Salvage value) / useful life

(30,000 -- 20,000) / 4 = 7,000

Depreciation expense using the double declining method = Depreciation factor x cost of the asset

Depreciation factor = 2 x (1/useful life)  

2/4 x 30,000 = $15,000

2022 = 2/4 x (30,000 - 15,000) = 7500

Activity method based on hours worked = (hours worked that year / total hours of the machine) x  (Cost of asset - Salvage value)

4 0
3 years ago
Products are winnowed out as they make their way down the path from conception to consumption, a process called ________.
Brilliant_brown [7]

Answer: cultural selection

Explanation:

Products are winnowed out as they make their way down the path from conception to consumption, a process called cultural selection.

Cultural selection theory is a theory about how certain things spread in the society, such as an art, a religious ritual etc. Due to innovation and other criteria, products will be winnowed out.

8 0
3 years ago
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