Answer:
0.0139
Explanation:
Given that:
The number of sample (n) = 21
The sample distribution has mean (μ) and a standard deviation of σ/√n
The z score is given as (x - mean)/ standard deviation
x = 94.8 wpm, let us assume that σ = 10 and μ = 90
Therefore: z = (x - μ) / (σ/√n) = (94.8 - 90) / (10/√21) = 2.2
To calculate the probability using Z table:
P(X>94.8) = P(Z>94.8) = 1 - P(Z<94.8) = 1 - 0.9861 = 0.0139
The probability is low that is less than 0.05, the program is more effective than the old one.
Answer:
1
Explanation:
A factory requires employees to work in unsafe conditions.
Answer:
a. Variable costing income from operations <u>is greater than </u>absorption costing income from operations.
b. $870,000
Explanation:
a. Under Variable costing, only the variable manufacturing costs are apportioned to the units produced.
Cost under Variable costing are;
= 114 * 14,500
= $1,653,000
Under Absorption Costing, both fixed and variable costs are apportioned to the units produced.
Cost therefore is;
= (114 + 60) * 14,500
= $2,523,000
Variable costing income from operations is greater than absorption costing income from operations because Absorption costs yields more cost.
b.= Absorption cost - Variable cost
= 2,523,000 - 1,653,000
= $870,000
<em>Variable costing income from operation will be $870,000 higher than Absorption costing income from operations.</em>
Answer:
Need to accommodate the growth of a key customer.
Explanation:
In the given scenarios Katlyn is motivated to keep her company growing because her most important customer is a company that is growing at a rate of 33% per year.
To satisfy the customer needs for specialised components of aerospace equipment, Katlyn's company must also grow in output or they will not be able to satisfy the customer's need.
This demonstrates need to accommodate the growth of a key customer.
Answer: $50
Explanation:
We can use the Gordon Growth Model of Stock Valuation. The formula is thus,
P = D1 / r – g
D1 = the annual expected dividend of the next year
r = rate of return
g = the expected dividend growth rate (assumed to be constant)
There is no growth potential and dividends are expected to stay the same so no growth rate and D1 will be the same as D0.
Plugging that into the formula therefore will give us
P = D1/r
P= 4.5/0.09
= $50
Current Stock Price is $50.
