Answer:
Option B
Step-by-step explanation:
Given equation gives the information about the temperature in Vancouver over a period of 4 hours.
y = -2x + 43
Here 43 represents the initial temperature and (-2) represents the temperature fall in every one hour.
x = duration or time
Therefore, equation states that initial temperature when measured was 43 °F and it is dropping by 2 degrees per hour.
Option B is the answer.
Answer: ( B ) 10
Explanation: I hope this helps you with your stuff
Answer:
The equilibrium point is (3, 3620)
Step-by-step explanation:
We set the supply and the demand equation equal to each other and solve:
We can solve by factoring:
Setting each factor equal to zero we get:
Only a positive quantity makes sense, so q=3 is the equilibrium quantity.
To get the equilibrium price we just plug 3 in place of q in any of the functions. Let us use the demand function which is easier to handle:
Therefore the equilibrium price is p=3620
In ordered pair form the equilibrium point is (3, 3620)
His new apartment will cost him "10% more" than what he is paying currently.
100% = current rent
10% = the extra amount he will pay for his new apartment
100% + 10% = new rent
100% + 10% = 110%
Now convert the percent into a decimal by moving the % sign two places to the left and make the % sign into a decimal point.
110% = 1.10
500 * 1.10 = 550
So, he will pay a rent of $550 for his new apartment.
Answer:
almost 3 mph so I'm guessing (d) is the answer
Step-by-step explanation:
35 ÷ 12 = 2.9 miles per hour
