Answer:
The inflation rate is different using the two methods as the rate of inflation calculated by the CPI holds basket of goods and services constant while the GDP deflator allows it to change.
Explanation:
i. Value of market basket of the good in 2020 = ($50*2) + ($5*6) = $130
Value of market basket of the good in 2021 = ($70*2) + ($6*6) = $176
CPI in 2020 = ($130 / $130) * 100 = 100
CPI in 2021 = ($176 / $130) * 100 = 135.38
Thus, The percentage change in overall price level is = [(135.38 - 100) / 100) * 100 = 35.38%
ii. Nominal GDP in 2020 = ($50 * 20) + ($5 * 60) = $1300
Nominal GDP in 2021 = ($70 * 21) + ($6 * 80) = $1950
Real GDP in 2020 = ($50 * 20) + ($5 * 60) = $1300
Real GDP in 2021 = ($50 * 21) + ($5 * 80) = $1450
GDP deflator in 2020 = (Nominal GDP in 2107 / Nominal GDP in 2107) * 100 = ($1300 / $1300) * 100 = 100
GDP deflator in 2021 = (Nominal GDP in 2108 / Nominal GDP in 2108) * 100 = ($1950 / $1450) * 100 = 134.48
Thus, the percentage change in overall price level is = [(134.48 - 100) / 100) * 100 = 34.48%
Answer: Option (E)
Explanation:
Merger strategies are usually undertaken by an organization in order to form a strategic merger with several other organizations so as to accelerate the growth, instead of growing organically. Acquisition strategy tends to involves the finding methodology for acquisition of the target organization which generates the value for acquirer.
Answer:
a. Annually equal instalment = Principal x rate x ( (1+rate)n / (1+rate)n -1 )
Explanation:
Accrding to the following formula, we calculate the anually equal instalment.
So, instalment = 56000 x 0.10 x ( (1.10)8 / (1.10)8 -1) = $10496.86498 ~ $10496.86
<span>By midpoint formula,
the percentage change in the price of a tie
= {( $55 - $45) / [($45 + $55)/2]} * 100
= (10/50) * 100
= 20 percent</span>
Answer:
The proportion of people in your sample whose response is yes=40 people
Explanation:
<em>Step 1: Determine the statistical proportion that will say yes</em>
Proportion=40%=40/100=0.4
<em>Step 2: Determine the proportion in the sample that will say yes</em>
The proportion in the sample can be expressed as;
P=S×Z
where;
P=proportion in the sample
S=statistical proportion
Z=sample size
In our case;
P=unknown to be determined
S=40%=40/100=0.4
Z=100
replacing;
Proportion in the sample=0.4×100=40
The proportion of people in your sample whose response is yes=40 people