How do you simplify the square root of 11 + 2 the square root of 11?

Answer 1

#color(white)("XXX")3sqrt(11)

Assuming you meant: #color(white)("XXX")sqrt(11) + 2sqrt(11)#
#color(white)("XXX")"a sheep" + 2 " sheep"# #color(white)("XXX")= 3 " sheep"#
...and replacing "sheep" with #sqrt(11)# #color(white)("XXX")sqrt(11) + 2sqrt(11)# #color(white)("XXX")=3sqrt(11)#
Sign up to view the whole answer

By signing up, you agree to our Terms of Service and Privacy Policy

Sign up with email
Answer 2

ToTo simplifyTo simplify theTo simplify the expression sqrtTo simplify the expression √To simplify the expression sqrt(To simplify the expression √11To simplify the expression sqrt(11To simplify the expression √11 +To simplify the expression sqrt(11)To simplify the expression √11 + To simplify the expression sqrt(11) +To simplify the expression √11 + 2To simplify the expression sqrt(11) + 2To simplify the expression √11 + 2√To simplify the expression sqrt(11) + 2sqrtTo simplify the expression √11 + 2√11To simplify the expression sqrt(11) + 2sqrt(To simplify the expression √11 + 2√11,To simplify the expression sqrt(11) + 2sqrt(11To simplify the expression √11 + 2√11, youTo simplify the expression sqrt(11) + 2sqrt(11),To simplify the expression √11 + 2√11, you combineTo simplify the expression sqrt(11) + 2sqrt(11), youTo simplify the expression √11 + 2√11, you combine likeTo simplify the expression sqrt(11) + 2sqrt(11), you canTo simplify the expression √11 + 2√11, you combine like termsTo simplify the expression sqrt(11) + 2sqrt(11), you can combineTo simplify the expression √11 + 2√11, you combine like terms.To simplify the expression sqrt(11) + 2sqrt(11), you can combine likeTo simplify the expression √11 + 2√11, you combine like terms. ThisTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like termsTo simplify the expression √11 + 2√11, you combine like terms. This meansTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms.To simplify the expression √11 + 2√11, you combine like terms. This means youTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. SinceTo simplify the expression √11 + 2√11, you combine like terms. This means you addTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since bothTo simplify the expression √11 + 2√11, you combine like terms. This means you add theTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both termsTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficientsTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms haveTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrtTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (theTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbersTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers inTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11),To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in frontTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), youTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front ofTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you canTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of theTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can addTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the squareTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add theTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots)To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) togetherTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (theTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. InTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers inTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In thisTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in frontTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this caseTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front ofTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case,To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrtTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)).To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 andTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). SoTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So,To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11)To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 areTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) +To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are likeTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like termsTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms becauseTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrtTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because theyTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both haveTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies toTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have theTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term,To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, whichTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 +To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which isTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrtTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11.To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. AddingTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding theTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11),To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficientsTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), whichTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients,To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equalsTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, youTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you getTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrtTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 +To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11).To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). ThereforeTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 =To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore,To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, theTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3.To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplifiedTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. SoTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplified expressionTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. So,To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplified expression isTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. So, theTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplified expression is To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. So, the simplifiedTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplified expression is 3sqrtTo simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. So, the simplified expressionTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplified expression is 3sqrt(To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. So, the simplified expression isTo simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplified expression is 3sqrt(11To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. So, the simplified expression is To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplified expression is 3sqrt(11).To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. So, the simplified expression is 3To simplify the expression sqrt(11) + 2sqrt(11), you can combine like terms. Since both terms have sqrt(11), you can add the coefficients (the numbers in front of sqrt(11)). So, sqrt(11) + 2sqrt(11) simplifies to (1 + 2)sqrt(11), which equals 3sqrt(11). Therefore, the simplified expression is 3sqrt(11).To simplify the expression √11 + 2√11, you combine like terms. This means you add the coefficients (the numbers in front of the square roots) together. In this case, √11 and 2√11 are like terms because they both have the same radical term, which is √11. Adding the coefficients, you get 1 + 2 = 3. So, the simplified expression is 3√11.

Sign up to view the whole answer

By signing up, you agree to our Terms of Service and Privacy Policy

Sign up with email
Answer from HIX Tutor

When evaluating a one-sided limit, you need to be careful when a quantity is approaching zero since its sign is different depending on which way it is approaching zero from. Let us look at some examples.

When evaluating a one-sided limit, you need to be careful when a quantity is approaching zero since its sign is different depending on which way it is approaching zero from. Let us look at some examples.

When evaluating a one-sided limit, you need to be careful when a quantity is approaching zero since its sign is different depending on which way it is approaching zero from. Let us look at some examples.

When evaluating a one-sided limit, you need to be careful when a quantity is approaching zero since its sign is different depending on which way it is approaching zero from. Let us look at some examples.

Not the question you need?

Drag image here or click to upload

Or press Ctrl + V to paste
Answer Background
HIX Tutor
Solve ANY homework problem with a smart AI
  • 98% accuracy study help
  • Covers math, physics, chemistry, biology, and more
  • Step-by-step, in-depth guides
  • Readily available 24/7