Answer:
The correct answer is letter "D": yield to maturity.
Explanation:
Yield to Maturity or YTM refers to the required market interest rate bonds posses. YTM represents the anticipated return investors could obtain in case they hold the bond until maturity. YTM is expressed as an annual rate and it is calculated using the following formula:
![YTM = \sqrt[n]{\frac{Face Value}{Current Price}} - 1](https://tex.z-dn.net/?f=YTM%20%3D%20%5Csqrt%5Bn%5D%7B%5Cfrac%7BFace%20Value%7D%7BCurrent%20Price%7D%7D%20-%201)
where:
- n = <em>number of years to maturity</em>
- Face Value = <em>maturity value of the bond</em>
- Current Price = <em>price of the bond today</em>
I would simply make the job more enjoyable. Add cheep perks make it fun.
Answer:
Debit Notes Payable $45,000; debit Interest Payable $750; debit Interest Expense $750; credit Cash $46,500
Explanation:
The journal entry is given below:
Notes payable $45,000
Interest payable ($45,000 × 10% × 60 ÷ 360) $750
Interest expense ($45,000 × 10% × 60 ÷ 360) $750
To Cash $46,500
(Being payment of notes payable is recorded)
here note payable, interest payable, interest expense is debited as it increased the expenses and decreased the liabilities while on the other hand the cash is credited as it decreased the assets
Answer:
- See the figure attached with the sketch of the shape.
Explanation:
The<em> sketch </em>of the <em>shape</em> is shown on the diagram attached indicating the <em>height </em>(<em>15 cm</em>), the <em>diameter</em> (<em>8cm</em>), and the radius (4cm).
The<em> volume</em> of a <em>cylindrical </em>shape is calculated with the formula:

The radius is half the diameter: 8cm / 2cm = 4 cm.
To express in terms of m (meters) convert the radius and the height from cm to m:
Substitute in the formula and compute:

Not 100% sure but i THINK it is A/P. I know for sure that it is not the income summary