Answer:
<u>A. US$ 100</u>
<u>B. 5,000 units.</u>
Step-by-step explanation:
<u>Note that the amount that consumers (demand) are willing to buy at the price of US $ 100 exactly matches the amount or quantity (5,000) that producers (supply) are willing to produce at that price</u>. In this case, the demand curve determines the price that consumers are willing to pay for each additional unit of cell phones. The supply curve is the price at which producers are willing to produce cell phones. If in an initial situation at a given price the amount that consumers are willing to acquire is greater than the quantity offered by the producers, that is because the price is too low and shortages will occur. As the price rises, there will be consumers who will withdraw from the market and there will be new producers willing to produce the good at the new price. <u>This adjustment process will continue until the amount (5,000 units) that consumers are willing to buy at the market price exactly matches the amount that producers are willing to produce at that price. That is the so-called market equilibrium price. In this case, US $ 100.</u>
Answer:
Option (1)
Step-by-step explanation:
Parent function for both parabolas graphed is, y = x²
For the large parabola,
This parabola is formed by translating the parent function 4 units downwards.
So the equation will be, y = x² - 4
Now graph of the inequality shows the dotted line with shaded area inside the parabola,
Equation of the parabola will be,
y > x² - 4
Similarly, equation of the other parabola will be,
y < x² + 6 [Since shaded region is the region outside the dotted lines of the parabola]
So the system of inequalities will be,
y > x² - 4
y < x² + 6
Therefore, Option (1) will be the answer.
The bill was $54.
36 is 66.6% of 54.
100 - 66.6 = 33.4
I'd say we should round down to 33%.
Matthew saved 33% using the coupon.
Answer:
4(5)-12
20-12
8
you have to substitute 5 in place of g and then solve