At the equilibrium price p, we can solve for the quantity of goods x :
demand = supply
5200 - 0.0005x = 2800 + 0.0003x
2400 = 0.0008x
x = 3,000,000
With this quantity of goods, the equilibrium price is
p = 5200 - 0.0005 (3,000,000)
p = 5200 - 1500
p = 3700
Answer:
3.6 or 3 if they can't have part of one
Step-by-step explanation:
18/5=3.6
The class starts out with 26 students, of whom 12 are girls and, perhaps unlike Mr Morris, are sure of it.
The probability of the first random choice being a girl is 12/26. If successful, there are now 25 students left, of whom 11 are girls. The probability of a girl on the 2nd random choice is 11/25. The probability that BOTH random choices are successful is (12/26) x (11/25). That's (132/650), or about 20.31% (rounded).
Answer:
d) 2x²(6x³ + 3x + 4)
Step-by-step explanation:
In order to factor the given polynomial, you need to find the greatest common factor of all three terms:
The greatest common factor is '2' and the variable is x². If we factor out 2x² from each term, we get:
2x²(6x³ + 3x + 4)
Answer:
P=0.38
Step-by-step explanation:
We know that a drawer contains 7 red socks, 3 green socks, and 2 black socks. so, we have 12 socks.
We calculate the number of possible combinations to choose 2 socks out of 12.
We count the number of favorable combinations, that is, to choose from 7 red socks and choose 2, or to choose 2 from 3 green socks, or to choose 2 black socks.
So, the probability is