What is the inequality that represents the amount of money you have to spend?
a. x + 0.07x + 2.25 > 65
b. x + 0.07x + 2.25 ≤ 65
c. x + 0.07x + 2.25 < 65
d. x + 0.07x + 2.25 ≥ 65
Answer: B
Step-by-step explanation: You have no more than $65 which means you will want to spend equal to or less. Since you have $65, you will be able to spend up to that amount but you will not be able to spend any more than that. So, you will need to make sure the final price remains under or equal to your amount.
Answer:
The year that falls in the 13th century BC is **option A) 1700 BC.**
1 game (x) = 2.50
1 ride (y) = 3.50
5x + 7y
5(2.50) + 7(3.50)
12.50 + 24.50
37
Ellie would have to pay $37 to play 5 games and go on 7 rides.
Hope this helps!! :)
Answer:
$37
Step-by-step explanation:
You are given the prices of the games and the rides.
First you find the games. Since there are 5 games, you do 2.50 * 5. This gives you 12.5. She would have to have $12.50 to spend.
Next, you do the rides. There are 7 rides, each for 3.50, so you do 3.50 * 7, giving you 24.50. She would have to have $24.50 to spend on rides.
Now the question asks how much she would have to pay to do both. This means you add your values:
12.5 + 24.5 = $37.
B. y = -4x + 2
C. y = 4x + 2
D. y = 2x - 2
Answer:
-1/6
Step-by-step explanation:
To find the slope we use
m = (y2-y1)/(x2-x1)
= (-4-8)/( 1-3)
= -12/-2
=6
We want a line perpendicular, so we need the negative reciprocal
- (1/6)
-1/6