When The nurse is assessing a patient's functional ability, the activities that <span> most closely match the definition of functional ability are:
</span><span>-. Healthy individual works outside the home, use a cane, well groomed.
- Healthy individual, college education, travels, can balance a checkbook
During the assessment, the nurse will assist the patient to do several activities that will most likely become the patient's routine</span>
Answer:
$101 million income tax expense
Explanation:
The income tax of HD can be computed by beginning with income tax payable less the increase in deferred tax asset in the year and finally by deducting the portion of current deferred tax asset that cannot be realized as shown below:
Current income tax payable $90 million
increase in deferred tax asset($170-$130) ($40 million)
unrealized deferred tax asset ($170*30%) $51 million
income tax expense in income statement $101 million
The HD income tax expense in income statement in 2021 is $101 million as computed due to the fact that prior payment in tax ha been paid in the year
Answer:
net income attributable to the non controlling interest is $40800
Explanation:
Given data
Race sold = $450000
cost = $330000
owned = 15%
net income = $204000
Race net income = $806000
to find out
net income attributable to the non controlling interest
solution
we find the non controlling interest
so we apply formula for non controlling interest that is
non controlling interest of income = net income × (100% - 80%)
put here value of net income
non controlling interest of income = net income × (20%)
non controlling interest of income = 204000 × (20%)
non controlling interest of income = 40800
so net income attributable to the non controlling interest is $40800
Answer:
Mark will have at the end of six years the amount of $25,865.74
Explanation:
According to the given data we have the following:
First investment = 2500
Investment increasing at rate of 10%
Interest rate = 13%
t=6 years
Present value is given by formula = C * [((1+g)^n/(1+i)^n) - 1 ] / (g-i)
C is first value = 2,500
g is increase in investment = 0.10
i is intrest rate = 0.13
n is no of years = 6
Putting values into the equation
P = 2500* [((1+ 0.10)^6/(1+0.13)^6) - 1 ] / (0.10-0.13) 1.771561 2.08195
P = 2500* [((1.10)^6/(1.13)^6) - 1 ] / (-0.03)
P = 2500* [0.8509142870866 - 1 ] / (-0.03)
P = 2500* (-0.14908571)/ (-0.03)
P = 2500* 4.9695236
P=$12,423.809
Future value = P*(1+i)^t
= $12,423.809 *(1+0.13)^6
= $25,865.74
Mark will have at the end of six years the amount of $25,865.74
