Answer:
-5n = 7 - 5(n - 5) - 32 is an identity, meaning it is true for all values of n.
Step-by-step explanation:
First, simplify the equation by distributing the -5 on the right side:
-5n = 7 - 5n + 25 - 32
Next, combine like terms on the right side of the equation:
-5n = (7 + 25) - (5n + 32)
-5n = 32 - 5n - 32
Now, notice that the terms "-5n" and "+5n" on the right side cancel each other out:
-5n = -5n
Since the left side is equal to the right side, the equation is true for all values of n. In other words, there is no specific value of n that satisfies the equation; it holds true for any value of n.
So, the equation -5n = 7 - 5(n - 5) - 32 is an identity, meaning it is true for all values of n.
Q(−2,1),R(−3,4),S(−5,3),T(−4,0)
B
Q(−2,−1),R(−3,−4),S(−5,−3),T(−4,0)
C
Q(1,2),R(4,3),S(3,5),T(0,4)
D
Q(2,−1),R(3,−4),S(5,−3),T(4,0)
Answer:
The correct answer is:
D) Q(2,1) R(3,-4) S(5,-3) T(4,0)
Step-by-step explanation:
When you reflect over the x-axis the vertices of the parallelogram, the y -coordinates is multiplying by -1.
Then the new coordinates of the parallelogram are:
Q(2,-1) R(3,-4) S(5,-3) T(-4,0)
Answer:
B. 40
C. 8
Step-by-step explanation:
- 19 = -9
= 10
p = 10 (
p = 10 (3)
p = 30
Answer: 30
Answer:
it is 27
Step-by-step explanation:
i know this because i know you meant 3^2 not 32 i took the test
Someone help me, I'm so confused ;-;
Answer:
-1×(1)×2+3=1 This is the answer I think