This is actually false, Don't believe the guy who said true.
<span>The graph above shows how the price of video games varies with the demand quantity. The equilibrium price is $50, and the equilibrium quantity is 200 video games.
Answer choice:
</span>A. price, quantity
Concept:
<span>Equilibrium is the point where supply and demand meet and the prices are set. Because the price is set as equilibrium.
</span>The quantity demanded is the amount of a product people are willing to buy at a certain<span> price.</span>
Answer:
the estimated total cost for the coming year is $12,227.60
Explanation:
The computation of the estimated total cost is shown below:
y
= Constant coefficient + independent variable coefficient × number of horses
= $5,240.20 + $22.54 × 310 horses
= $5,240.20 + $6,987.40
= $12,227.60
This is the answer but not the same is to be given in the options
hence, the estimated total cost for the coming year is $12,227.60
Answer:
Price to pay now for the stock = $96.278
Explanation:
<em>The price of the stock would be the present value(PV) of the future cash flow expected from it discounted at the required rate of 13%</em>
<em>Hence we would add the present value of he dividend and the resent of he price at the end of the period</em>
PV = CF × (1+r)^(-n)
<em>CF- Cash Flow</em>
<em>R- rate of return- 13%</em>
<em>n- number of years</em>
PV of dividend = 2.60 × (1.13)^(-1) = 2.30
PV of stock price after a year = 120× (1.13)^(-1) = 93.97
Price to pay now for the stock = 2.30 + 93.97 = $96.278
Price to pay now for the stock = $96.278
We are given with two functions: f(x) = 6x + 13 and g(x) = 4x + 18. We are given with h(x) which is associated with f(x) + g(x). The sum of 6x + 13 + 4x + 18 equal to 10x + 31 indicating Bob will make more money working alone or by teaming with Susie. The answer hence to this problem is C. h(x) = 10x + 31, team with Susie
