Which of the following numbers doesn't belong?
64, 16, 36, 32, 8, 4
Answers
Final answer:
The number that doesn't belong to the series is 32 because all the other numbers in the list are perfect squares, whereas 32 is not a perfect square.
Explanation:
In the series of numbers you've provided, one number does not possess the same trait as the others. The numbers 64, 16, 36, 8, 4 are all perfect squares (for example: 8x8=64, 4x4=16, etc), but the number 32 is not a perfect square and therefore, it doesn't belong in the series of the following numbers.
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A radio station broadcasts asignal over an area with a radius of 50 miles. The station can relay the signal and broadcast over an area with a radius of 75 miles. How much greater is the area of the broadcast region when the signal is relayed? Round your answer to the nearest square mile.
realistate agentcy commission my be based on the equation C=0.05s+500,where s repersents the total sales.if the agent sells a property for $125,000,what is the commission earnedby the agent ?
B. 12.7 cm
C 7.54 cm
D. 2.46
Answers
Answers
3 times 5 times 2.5 = $37.5
3 x 5 =15
15 x 2.5 =37.5
37.5 x 2 = 75 for both of them
I don't know if this is right or not, but that's how I would solve it!
Answers
if you input 3 for number of mints, ou get 10 for caloires
10=k3
divide both sides by 3
10/3=k
therfor
C(x)=(10/3)x
full box =180 caloies
therefor
full=180=(10/3)x
multiplyboth sides by 3/10 to clear fraction (since 10/3 times 3/10=30/30=1)
540/10=x
54=x
54 cookies
ANSWER
equation is
c(x)=(10/3)x
54 mints per box
Answers
Answer:
d
Step-by-step explanation:
Answers
Answers
Answer:
Simplified radical form is
Step-by-step explanation:
In this problem we have the sum of two radical expressions. First step is to rewrite the radical using factorization process. Numbers 54 and 24 can be written as the products of square and non-square numbers.
After that, we can replace the numbers in the radical expression, and we can simplify them. Square numbers can be simplified with the radical. Then, we can expand the products.
Now, we can take the radical as common term and add the numbers.
Finally, Simplified radical form is
The simplified radical form of 2√54 + 5√24 is 16√6.
How to find the simplified radical form
To simplify the expression 2√54 + 5√24, we can first simplify the square roots of the numbers under the radicals.
√54 can be simplified as follows:
√54 = √(9 * 6) = √9 * √6 = 3√6.
Similarly, √24 can be simplified as:
√24 = √(4 * 6) = √4 * √6 = 2√6.
Now, we can substitute these simplified forms back into the original expression:
2√54 + 5√24 = 2(3√6) + 5(2√6).
Applying the distributive property, we have:
2(3√6) + 5(2√6) = 6√6 + 10√6.
Combining like terms, we get:
6√6 + 10√6 = (6 + 10)√6 = 16√6.
Therefore, the simplified radical form of 2√54 + 5√24 is 16√6.
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