Answer:
Steve
Explanation:
because he can get in contact with Steve while in the hotel
Answer:
His firm's DPMO is 12,083
Explanation:
The computation of the DPMO is shown below:
= (Total complaints ÷ total number of defects opportunity) × 1 million
where,
Total complaints = Shrinkage complaints + poor quality complaints + wear off complaints + fitting issue complaints
= 22 + 16 + 12 + 8
= 58 customers defects
And, the total number of defects opportunity would be equal to
= Number of t-shirts sold × number of possible complaints
= 1,200 × 4
= 4,800
Now put these values to the above formula
So, the value would be equal to
= (58 ÷ 4,800) × 1,000,000
= 12,083
Answer:
b). 72.458 %
a). 24, 213
Explanation:
1). The second option i.e. 72.458% correctly measures the variance percentage brought in the dependent variable(regressed the quantity demanded) by manipulating the independent variable(price elasticity). The first option is wrong as it shows R multiple which is rather the coefficient. The third and the last options are incorrect as they display the intercept employed to determine the quantity and the key error of calculating the standard deviation.
2). The predicted quantity demanded would be 24,213 if the price is fixed at $7.00.
It can be calculated using the formula;
Quantity demanded = Intercept + (Adjusted R squared * Price coefficient)
∵ Quantity Demanded = 56,400.50 + (7 X -4,598.2)
= 24,213
Answer:
The correct answer is a. buyers will go elsewhere.
Explanation:
This situation occurs when there is competition, that is, other businesses that offer the same or similar products as those of a particular company. In this scenario, the potential buyer will notice the difference according to their previous experiences and will find a way to acquire products from another brand that offer the same satisfaction as the product that rose in price. You must be very cautious with this practice, since it can end up damaging the operation, and in the worst case, leading to bankruptcy.
Answer:
Par value of common stock is $2.5
Explanation:
The par value of common stock can determined by dividing the common stock total amount in each of the two years by the shares issued and outstanding in each year as demonstrated below:
2019:
Par value of common stock =Common stock($)/shares issued
common stock($) is $555 million
shares issued and outstanding is 222 million shares
par value of common stock=$555 million/222 million=$2.5
2020:
Par value of common stock =Common stock($)/shares issued
common stock($) is $560 million
shares issued and outstanding is 224 million shares
par value of common stock=$560 million/224 million=$2.5
Ultimately the par value of common stock as shown be computations for both years is $2.5
