To solve this problem, we can simplify each term separately and then find their sum.
Starting with the first term, 56–√, we can simplify it by finding the square root of 56:
√56 = √(4 * 14) = 2√14
So, 56–√ becomes 2√14.
Moving on to the second term, -103–√, we can simplify it by finding the square root of 103:
√103 ≈ 10.15 (approximately)
Therefore, the second term remains the same: -103–√.
For the third term, 36–√, we can simplify it by finding the square root of 36:
√36 = 6
So, 36–√ becomes 6.
Finally, the last term, 3–√, is already in its simplest form.
Now, we can add up these simplified terms:
2√14 + (-103–√) + 6 + 3–√
Combining like terms, we have:
(2√14 + 6) + (-103–√ + 3–√)
Simplifying further:
2√14 + 6 -103 - √ - √ + 3
Combine the constants:
2√14 + 6 - 103 + 3
= 2√14 - 94
Therefore, the sum of the given expression is 2√14 - 94.
The coefficient of the term with the 3–√ is 1.
Find the sum of the following:
56–√ − 103–√ + 36–√ +3–√
In your final answer, what is the coefficient of the term with the 3–√
?
(1 point)
Responses
-10
-10
-1
-1
8
8
-9
1 answer