Answer:
2√6
Step-by-step explanation:
1. First, let's solve for the base of the triangle with the help of the Pythagorean Theorem (a^2 + b^2 = c^2).
2. Now, let's find the factors of 24 and see which one is a perfect square:
- 1, 2, 3, 4, 6, 8, 12, 24
- As you can see, the factor that's a perfect square is 4, so in order for it to multiply to 24, the other one has to be 6.
-
Therefore, the answer is 2√6.
Simplifying
8 * 4k + 9 * 5 = (36 + -4) * k + -1(2 * 5)
Multiply 8 * 4
32k + 9 * 5 = (36 + -4) * k + -1(2 * 5)
Multiply 9 * 5
32k + 45 = (36 + -4) * k + -1(2 * 5)
Reorder the terms:
45 + 32k = (36 + -4) * k + -1(2 * 5)
Combine like terms: 36 + -4 = 32
45 + 32k = (32) * k + -1(2 * 5)
Multiply 2 * 5
45 + 32k = 32k + -1(10)
Multiply -1 * 10
45 + 32k = 32k + -10
Reorder the terms:
45 + 32k = -10 + 32k
Add '-32k' to each side of the equation.
45 + 32k + -32k = -10 + 32k + -32k
Combine like terms: 32k + -32k = 0
45 + 0 = -10 + 32k + -32k
45 = -10 + 32k + -32k
Combine like terms: 32k + -32k = 0
45 = -10 + 0
45 = -10
Solving
45 = -10
Answer: I think the answer would be (2, -1)
Answer:
300
Step-by-step explanation:
Answer: 117
Step-by-step explanation: To figure this out, you would have to multiply 59,000 by 0.3% decimal form which is 0.003