Answer:
I hope this is what you're looking for. Good luck.
Step-by-step explanation:
solve using the substitution and elimination method 3a-12b=9 4a-5b=3 can someone please help?
Answer:6969
Step-by-step explanation:
Its the best answer
Answer:
Not telling you the answer that just the steps, that would be cheating.
Step-by-step explanation:
1. Mulitply 1000 by the fraction.
2. Simplify it(the numbers 1000 and 2 to 500 and 1)
3. Then divide the exponents(you know this I taught you:)
4. You then will get your answer! (hint: it has a negative exponent :)
5. Please try not to use Brainly next time, try it yourself:) or I may take points off, ask me next time.
When x ≠ 0, the expression x²/2x⁵ × 1000 simplifies to 500/x³. This is obtained by simplifying the fraction and then multiplying by 1000.
To simplify the expression (x²/2x⁵) × 1000, we can start by simplifying the fraction within the parentheses.
First, let's deal with the fraction x²/2x⁵. We can simplify it by using the rule of exponents, which states that x^m/x^n = x^(m-n) when dividing with the same base. In this case, we have x²/2x⁵, so:
x²/2x⁵ = (x²)/(2x⁵) = (x²/x⁵) * (1/2) = x^(2-5) * (1/2) = x^(-3) * (1/2).
Now, we have the fraction x^(-3) * (1/2). To simplify this further, we can rewrite x^(-3) as 1/x^3. Therefore, the expression becomes:
(1/x^3) * (1/2) = 1/(2x³).
Now that we've simplified the fraction within the parentheses, we can multiply it by 1000:
(1/(2x³)) * 1000 = 1000/(2x³) = 500/x³.
So, the expression x²/2x⁵ × 1000 simplifies to 500/x³ when x ≠ 0.
Learn more about expression here:
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A. It is a weak negative correlation, and it is not likely causal.
B. It is a weak negative correlation, and it is likely causal.
C. It is a strong negative correlation, and it is not likely causal.
D. It is a strong negative correlation, and it is likely causal.
Answer:
It is NOT A, it is most likely B
Step-by-step explanation:
A the wrong answer on egde
9% percent of Team B’s mean absolute deviation is the difference in the means.
the sum of all values divided by the total number of values is known as the mean.
the average distance between each data point and the mean.
or
mean absolute is a measure of variability that indicates the average distance between each observation and the mean.
Learn more about mean here
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Answer:
the answer is 9%
Step-by-step explanation:
i looked it up