The simple interest formula:
I = P * r * t,
where:
I - interest,
P - investment,
r - interest rate,
t - time ( in years )
P = $255.19, r = 5% = 0.05, t = 1
I = $255.19 * 0.05 * 1 = $12.7595 ≈ $12.76
Answer: The simple interest you would receive in 1 year is $12.76.
Answer:
Expected Loss will be $3
Explanation:
Expected Loss can be calculated by multiplying the probabilities to Net expected outcome.
Probabilities
Prize ( $460) = 1 / 100
Prize ( $80 ) = 2 / 100
Prize ( $20 ) = 4 / 100
No prize = 100/100 - (1+2+4)/100 = 93/100
Expected value = [( 460 - 10 ) x 1/100 ] + [( 80 - 10 ) x 2/100 ] + [( 20 - 10 ) x 4/100 ] + [( 0 - 10 ) x 93/100] = 4.5 + 1.4 + 0.4 - 9.3 = -$3
Hi, you've asked an incomplete question. However, I provided some explanations on distribution channels.
<u>Explanation:</u>
Interestingly, the term distribution channel is one often used in businesses today to refer to the various routes or intermediaries their goods or services passes through before it gets to the end-user or buyer.
Today the popular distribution channels among businesses include:
- retailers,
- wholesalers,
- distributors,
- the Internet.
Among the various options, the internet has been attributed by some big businesses to be most instrumental in their distribution process.
Similar to a stock split, a stock <u>dividend</u> also distributes additional shares of stock to existing stockholders on a pro rata basis at no cost to the stockholders.
A stock split is a decision made by the board of directors of a firm to issue more shares to present owners in order to increase the number of shares outstanding.
A stock split is a division of issued shares in a ratio determined by the company, whereas a stock dividend is a dividend paid in the form of extra shares. While in a stock split, already issued shares are divided in accordance with a predetermined ratio, a stock dividend gives stockholders extra shares.
To know more about Stock Split here
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Answer: Synapse
Explanation: The synapse is a specialized (functional) intercellular approach between neurons, either between two association neurons, a neuron and a recipient cell or between a neuron and an effect or cell (almost always glandular or muscular). In these contacts the nerve impulse transmission takes place.
