Answer:
The correct answer is letter "A": strategy implementation.
Explanation:
Strategy implementation is the process by which a company puts in practice a plan. To reach the goal of the strategy, the reason why the pan is being implemented is explained and the steps that could take the plan to be successful are outlined. Strategies are likely to be written in documents to give the plan the formality of the case in the organization.
Answer: D. 120
Explanation:
The first machine being assigned a job can be assigned one from 5 jobs.
Once that happens, the next machine can only be assigned from any one of 4 jobs.
The next machine, any one of 3 jobs.
The next machine, any one of 2 jobs.
The Last machine gets the last job remaining.
The different ways a job can be assigned therefore are;
= 5 * 4 * 3 * 2 * 1
= 120
Answer: The saving rate is 0.30
Explanation:
The Golden Rule savings rate is referred to as the rate of savings which maximizes steady state level or growth of consumption.
Let k be the capital/labour ratio (i.e., capital per capita), y be the resulting per capita output ( y = f(k) ), and s be the savings rate. The steady state is referred to as a situation in which per capita output is unchanging, which implies that k be constant. This requires that the amount of saved output be exactly what is needed to one quip any additional workers and two replace any worn out capital.
In a steady state, therefore: sf(k)=(n+d)k
Growth rate of output =3%
Depreciation rate= 4%
Capital output ratio is (K/Y)
= 2.5
Begin the steady state condition:
S= ( σ + n + g) (k/Y)
S= (0.03+0.04) (2.5)
S= 0.175
Golden rule steady state
MPK= (0.03+0.04)= 0.07
Capital output ratio=
K/Y= Capital share / MPK
K/Y= 0.3/0.07
K/Y= 4.29
In the golden state, the capital output ratio is equal to 4.29 in comparison to the current capital ratio 2.5.
The saving rate consistent with the steady growth rate
S= ( σ + n + g) (k/Y)
S= (0.03 +0.04) (4.29)
S= 0.30
The saving rate that is consistent with the steady growth rate is 0.30
Answer:
$24,000 gain
Explanation:
Dr Cash 3,120,000
Cr Bonds payable 3,000,000
Cr Premium on bonds payable 120,000
premium amortization per coupon = $120,000 / 20 periods = $6,000
a total of 11 coupons were paid = $6,000 x 11 = $66,000
carrying value of the bonds = $3,054,000
gain/loss on retirement of bonds = carrying value - retirement value = $3,054,000 - $3,030,000 = $24,000 gain
Answer:
$5600
Explanation:
The amount of depreciation expense for year 1
depreciation under the first year under units of activity method
[ (cost - salvage value) / estimated machine hours ] * actual machine hours worked in the first year
= [(70000 - 14000) / 40000 ] * 4000
= 56000 / 40000 ) * 4000
= 1.4 * 4000 = $5600 ( amount of depreciation expense for year 1 )