Answer:
Price of treasury bond in terms of percentage of face value is 102.106%
Explanation:
Given:
Face value (FV) = $1000
Coupon rate = 7% or 3.5% semi-annually
Coupon payment (PMT) = 1000×0.035 = $35
YTM (rate) = 6.5% or 3.25% semi-annually
Maturity period (nper) = 5×2 = 10 periods
Using PV function to calculate price of treasury bond:
=PV(rate,nper,pmt,FV)
Price of bond is $1021.06 (it is negative as it is a cash outflow)
Price of bond in terms of percentage of face value = 
=102.106%
The answer is 38/15 bc if ur multiple the bottom n top
Answer:
Aug 2 2013 Notes Receivable 6000 Dr
Accounts Receivable 6000 Cr
Oct 31 2013 Interest Receivable 180 Dr
Interest Revenue 180 Cr
Oct 31 2013 Cash 6180 Dr
Notes Receivable 6000 Cr
Interest Receivable 180 Cr
Explanation:
When the note is received, the customer account will be closed and accounts receivable will be credited while a new asset of notes receivable will be created and notes receivable is debited.
The interest on notes receivable is calculated assuming a 360 day year and the 12% is annual interest rate.
The interest on note is 6000 * 0.12 * 90/360 = $180
The interest is income so wull be credited while as it is receivable, the interest receivable will be debited.
On 31 October when the note is honored and cash is received, it will be total of principal + interest so cash = 6000 + 180 = 6180
As a result, the assets notes and interest receivables will be closed and credited against cash.
When the product is not compatible with existing habits
Answer:
Monthly rent of $345 would maximize revenue
Explanation:
Revenue = Price * Quantity
Quantity depends on price. We need to work out the relationship between price and quantity (that is, the demand function)
When the rent is $420, quantity demanded is 90 units:
When P = 420 we have Q = 90
Let x be the change in price. For every 3 dollar increase (decrease) in price demanded quantity will decrease (increase) 1 unit:
P = 420 + x (a) we have Q = 90 - x/3 (b)
To find the relationship between P and Q we seek to eliminate x.
Multiply both sides of (b) with 3 we have: 3Q = 270 - x (b')
From (a) and (b') we have: P + 3Q = 420 + x + 270 - x
=> P = 690 - 3Q
Revenue R = P * Q = (690 - 3Q) * Q = 690Q - 3Q^2
To find maximum set derivative of R to 0:
dR = 690 - 6Q = 0
=> Q = 690/6 = 115
To lease 115 the price should be P = 690 - 3Q = 690 - 3*115 = 345
