Answer:
The correct answer is letter "A": We respond to marginal benefits and marginal costs.
Explanation:
Rational Choice Theory assumes an individual will always make prudent and optimal decisions that yield the most benefits. It is the basis of most mainstream economic theories. The rational choice theory considers the marginal benefit compared to the marginal cost of individuals' decisions. It could prevent people from taking an option without analyzing what is most beneficial for them.
according experienced exporters suggest that the only way to select a middleman is: to personally talk to ultimate consumers to find whom they consider to be the best distributors.
The main consumers are plant-eating herbivores. Caterpillars, insects, grasshoppers, termites, and hummingbirds are all examples of primary consumers, as they only eat autotrophs (plants). There are major consumers who are called specialists because they eat only one type of producer.
Herbivores — animals that eat only plants — consume plants for energy. Herbivores cannot produce their own energy and are called consumers. Herbivores feed only on producers and are therefore primary consumers at the second trophic level of the food chain.
A consumer is any individual or group that purchases or uses goods or services solely for their personal use and not for manufacture or resale. They are the end users of the distribution chain.
Learn more about consumers here
brainly.com/question/380037
#SPJ4
Answer:
Explanation:
Base on the scenario been described in this question, we can use the following method to be solve the question below using Microsoft word we have the solution in the image attached file below
Answer:
$1,035,459.51
Explanation:
First we must determine the issuing value:
- cash flow 1 = $60,000
- cash flow 1 = $60,000
- cash flow 1 = $60,000
- cash flow 1 = $60,000
- cash flow 1 = $1,060,000
using an excel spreadsheet to calculate the bond's price with a discount value of 5%:
the bonds were sold at $1,043,294.77
the effective interest expense = bond's price x market interest = $1,043,294.77 x 5% = $52,164.74
bond's value = bond's price - (coupon payment - effective interest) = $1,043,294.77 - ($60,000 - $52,164.74) = $1,035,459.51
