Answer:
Explanation:
Amount of interest need to paid is 30 day month
= 10000×(1.075)×30/360 = 60.42
Simple interest formula is
Interest for year is = 10000×7.5% = 750
Per month is = 750×30/360 = 60.42
Answer:
The price of the bond is $1000. Thus, option a is the correct answer.
Explanation:
The price of a bond is calculated using the present value of the interest payments made by the bond, which is in the form of an annuity, plus the present value of the face value of the bond. The present value is calculated by discounting the annuity of interest and the face value by the YTM or yield to maturity. In case YTM is not provided, we assume that it is same as or equal to the coupon rate paid by the bond.
The formula for the price of the bond is attached.
Bond Price = 25 * [(1 - (1+0.025)^-8) / 0.025] + 1000 / (1+0.025)^8
Bond Price = $1000
To solve this question, first we need to find out the price of a single donut.
12 donuts = $ 6.00
1 donuts = $6.00 / 12
1 donuts = $ 0.50
After that, we just need to multiply the price for a single donut with the required amount (9), which will be:
9 x $ 0.50 = $ 4.50 . . . . for 9 donuts
Answer:
The algebraic formulation of the constraint is 4X+2Y ≤ 100
Explanation:
The algebraic formulation of the constraint is shown below:
Given that
The number of hours taken per unit of x is 4 hours
And the number of hours taken per unit of x is 2 hours
And, the maximum hours available is 100
Now based on the above information
The algebraic formulation of the constraint is
= 4X+2Y ≤ 100
hence, the same is to be considered