Answer:
Probability, P(n) = 3/8
Explanation: Let standard delivery be S and express delivery be E.
I) When the parcels were sent:
S(n) = 75/100 and E(n) = 25/100
II) When the parcels arrived:
S(n)← = 80/100 and E(n)← = 95/100
The probability a record of a parcel delivery is chosen, P(n) = S(n)*E(n) + E(n)*S(n) = 75/100*25/100 + 25/100*75/100
P(n) = 3/16 + 3/16 = 6/16
∴ P(n) = 3/8
<u>Full question:</u>
Locational cost-profit-volume analysis assumes:
(I) nonlinear variable costs.
(II) fixed costs that are constant over the range of possible output.
(III accurate estimates regarding the required level of output.
(IV) multiple products.
A. I, III, and IV only
B. II and III only
C. I, II, and III only
D. II, III, and IV only
E. I, II, III, and IV
<u>Answer:</u>
II and III only are the assumptions of locational cost-profit-volume analysis.
<h3><u>
Explanation:</u></h3>
A process of defining the number of production where a company splits still with costs and profits is the locational cost-profit-volume analysis. This system needs into account both variable and fixed determinants that impact the overall creation values.
CPV practices a linear formula that acknowledges total costs similar to fixed costs plus variable costs. In CPV commentary, one of the numerous significant defining features of variable costs is that they vary based on variations in the amount of production.
Answer:
The formula for calculating bond purchased at a premium written down for the period is
(coupon rate - interest due)n*m
m= times annually compounded= semi annually = 2
i.e., coupon rate = face value* r = 100*r
m 2
interest due = redeemable amount * yield rate = 105*4%
m 2
n = no of years * semi annually = 12 * 2 = 24
(coupon rate - interest due)n*m = (100*r/2 - 105*4%/2)12*2
r = 6.13%
Calculating for book value with 16 periods remaining we get the answer 118.1
Answer:
B. Hafsa wants a guaranteed return, and won’t need the money for several years.
Explanation:
Got 100% on edge.