$4,050, i got that by adding up each size than subtracting the totals
Answer:
E. tutorials
Explanation:
The type of documentation explained in the question would be considered as "tutorials". These can be written, verbal or visual documentation that teaches you how to perform a specific function or task with step by step instructions. That way you know every step that you need to take in order to be able to get that certain task done.
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The sub-treasury plan, the federal government would hold crops in public warehouses and issue loans on their value until they could be profitably sold.
<h3>Why did Farmers face an increasing debt load in the late 1800s?</h3>
They were caught between increased costs and falling prices.
<h3>
Why did the Grange movement focus on reducing prices that railroads and grain elevators charged? </h3>
Farmers relied on railroads and grain elevators but were forced to pay higher than usual rates.
<h3>
To learn more about sub-treasury system visit:</h3>
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Answer:
The answer is below
Explanation:
Scientific notation is a way in which real numbers both big and small are represented in decimal form. It is represented by dividing the number into two parts in the form of a × 
, where 1 ≤ |a| ≤ 10 and b is to the power of ten which makes it equal to the original number.
Answer:
47,884.79 units of bonds
Explanation:
The units to be sold to arise $87.9 million will be equal to the
$87.9 million / divided by the bond price
The price of a bond is the present value (PV) of the future cash inflows expected from the bond discounted using the yield to maturity. These cash flows include interest payment and redemption value
The price of the bond can be calculated as follows:
Step 1
PV of interest payment
Semi-annual coupon rate = 5.92/2 = 2.96%
Interest payment =2.96%× 2,000= 59.2
Semi annual yield = 6.67%/2 = 3.335
PV of interest payment
= A ×(1- (1+r)^(-n))/r
= 59.2× (1-(1.03335)^(-2×20))/0.03335)
= 1,297.22
Step 2
PV of redemption value
PV = FV× (1+r)^(-n)
= 2,000 × (1+0.03335)^(-2× 20)
= 538.43
Step 3
Price of bond =
= 1297.22 + 538.43
= $1835.65
Step 4
Units to be used
= $87.9 million/ $1,835.65
= 47,884.79 units
