Answer:
−1 ≤ n + 7 < 9
To solve a compound inequality separate it into two inequalities
That is
n + 7 ≥ - 1 and
n + 7 < 9
Solve the inequality
n + 7 ≥ -1
n ≥ - 8
and
n + 7 < 9
n < 7 - 9
n < 2
Find the intersection
The final answer is
-8 ≤ n < 2
Hope this helps
if the 3% comes with the car in equation you take the amount of seperate asteroids created by the moon and divide it by that 3% then add the number 25 and use that to the power of 3 and then you get the answer:
Santa is and isnt real at the same time
The two large triangles can be proven congruent through SSS ASA and SAS, you have all the congruent angles and sides you could ever need to prove the two large triangles congruent in at least 3 ways
The first one is. the second is 'prime'
Answer: $2060 was taken in at Thursday's game and $2289.50 was taken in at Saturday's game.
Step-by-step explanation:
To find the answer, create two equations from the given information and solve them simultaneously. In simple terms, the money taken in at Thursday's game was the money taken in at Saturday's game minus $229.50
Let the money generated from Thursday's game be x.
Let the money generated from Saturday's game be y.
x+y = $4349.50 ... equation 1
x = y-$229.50 ... equation 2
Substituting equation 2 into equation 1 you get:
y-$229.50+y = $4349.50
2y = $4579
y = $2289.50
Therefore x = $2289.50-$229.50 = $2060
