The answer:
the main rule:
for all value positive of a real b, √b²= b, and √b*c= √b * √c, if c is a real positive
let A=√25x^4, we know that 25x^4=5² * x² * x²
therefore,
√25x^4= √5² * x² * x² =√5² √x² √x² = 5* x*x= 5x²
the final answer is A=√25x^4=5x²
Answer with explanantion:
1. What is asked? <u>The smallest number of eggs that Mang Andoy can put using the tray.</u>
2. What are given facts? <u>Two kinds of tray (One can have 6 eggs , other can have 12 eggs)</u>
3. How will you solve the problem? <u>We need to find LCM of 6 and 12</u>.
4. How is the solution done?
<u>Prime factorization of 6 and 12:</u>
<u>6=2 x 3</u>
<u>12 = 2 x 2 x 3</u>
<u>LCM(6,12) = 2 x 2 x 3 = 12</u>
5. What is the answer to the problem?<u> The smallest number of eggs that Mang Andoy can put using the tray = 12</u>
Answer:
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Step-by-step explanation:
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5.6 in a fraction is 5 and 6/10, or 5 3/5. To get the mixed fraction, multiply the whole number (to the left) by the denominator (bottom of fraction), and add to the numerator (top of fraction). So 5 × 5 = 25 + 3 = 28. So it'd be 28/5.
Answer:
Any number with 9 in the ten-thousands place. 90,000 is one such number.
Step-by-step explanation:
The 9 in 39,154 is in the thousands place. Its value is 9,000. In order for the 9 in a number to have a value 10 times that, or 90,000, the 9 must be in the ten-thousands place.
There are an infinite number of such numbers. We suspect you have a list you are to choose from. Pick the number with 9 where it is in the number 90,000.
