The correct answer for the question that is being presented above is this one:
(1) <span>B. Crescent
</span>(2) C. Clustering
(3) C. are difficult to carry.
(4) B. terracing
(5) <span>B. Ikebana
</span>(6) <span>A. allow designers the opportunity to work with better flowers.
</span>(7) <span>D. Sequencing
</span>(8) <span>B. grouping.
</span>(9) <span>D. terracing.
</span>(10) <span>C. rocky creek bed.</span>
In a Sweezy oligopoly, the profit-maximizing level of output occurs where mr=mc.
Paul M. Sweezy created the oligopoly's kinked demand curve in 1939. The model explains how oligopolistic groups behave rather than placing emphasis on how price-output determination occurs.
With an equilibrium output of Q units and an equilibrium price of P, the oligopolist maximizes profits by equating marginal income with marginal cost.
Due to each company's desire to maximize profits, there is frequently intense competition among them when it comes to pricing, production, and promotion.
The main distinction between a monopolist and a perfectly competitive firm is that although for a monopolist, marginal revenue is not equal to the price since changes in output quantity affect the price.
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There are different types of goals like the short and long term goals. Short term only applies on specific schedule or a target time. Long term goals is more based on security like retirement plans, insurance, savings, health plans, home for the family an many more. These are some factors that can indicate stability and are the long term goals that had to be met.
Answer:
-1.10%
Explanation:
Calculation for percentage return on a stock
Stock percentage return=$46.20 + 1.67 - 48.40)/$48.40
Stock percentage return= = -.0110*100
Stock percentage return=-1.10%
Therefore the percentage return on a stock is -1.10%
Answer:
Results are below.
Explanation:
Giving the following information:
Cupon rate= 0.0544/2= 0.0272
YTM= 0.0491/2= 0.02455
The par value is $1,000
<u>We weren't provided with the number of years of the bond. I imagine for 9 years.</u>
<u>To calculate the bond price, we need to use the following formula:</u>
Bond Price= cupon*{[1 - (1+i)^-n] / i} + [face value/(1+i)^n]
Bond Price= 27.2*{[1 - (1.02455^-18)] /0.02455} + [1,000*(1.02455^18)]
Bond Price= 391.93 + 646.25
Bond Price= $1,038.18
