Answer:
The accrued interest on the note at December 31, 2019 is $206.25
Explanation:
Fashion Jewelers accepted a 5-month, 11% note for $7,500.
The amount of interest for 1 year = 11% x $7,500 = $825
The amount of interest for 1 month = $825/12 = $68.75
From October 1, 2019 to December 31, 2019, Fashion Jewelers has accepted the note for 3 months.
The accrued interest on the note at December 31, 2019 = $68.75 x 3 = $206.25
Answer: External research
Explanation:
External research is referred to as or known as a research conducted when an individual does not have any prior knowledge or information about a commodity or product, which further leads the individual to seek data and information from the personal sources such as friends or family and also the public sources i.e. online forums or in other cases the marketer dominated source i.e. sales persons especially at times when an individual’s previous experience is known to be limited.
Answer:
10%
Explanation:
Since the bond is selling at a discount, it means that the coupon rate is blow the market rate, so the actual rate must be higher. Since there is only one option with an interest rate above 9%, we must check to see if it works.
10% yearly interest rate = 5% semiannual interest rate
we must determine the PV of the 20 coupons paid and the face value at maturity.
to calculate the PV of the 20 coupons ($45 each) we can use an excel spreadsheet and the NPV function with a 5% discount rate: PV of the coupons = $560.80
the PV of the face value in 10 years = $1,000 / 1.05²⁰ = $376.89
the present value of the coupons and the bond at maturity = $560.80 + $376.89 = $937.69. The PV using a 5% semiannual rate is very similar to $937.75, and since the question asked us to round up to the nearest whole percent, we can assume it is correct.
The proteins that exert the greatest colloid osmotic pressure to maintain blood volume and pressure are called: Serum Albumin.
<h3>What is Serum Albumin?</h3>
Serum Albumin is a form of protein that is located in blood plasma. It makes up about 55% of the proteins in blood plasma.
Serum albumin also exerts the greatest colloid osmotic pressure that amounts to 22 mm Hg. This figure is followed by the globulins that account for pressure of just 6 mm Hg.
Learn more about Serum Albumin here:
brainly.com/question/2456851
