Post on 14-Dec-2015
Simplify √ 196. If no answer exists, state “not real.”Simplify √ 196. If no answer exists, state “not real.”
1414
Simplify – √ – 36. If no answer exists, state “not real.”Simplify – √ – 36. If no answer exists, state “not real.”
not realnot real
Simplify √ – 25. If no answer exists, state “not real.”Simplify √ – 25. If no answer exists, state “not real.”
not realnot real
Simplify – √16. If no answer exists, state “not real.”Simplify – √16. If no answer exists, state “not real.”
– 4– 4
Find the consecutive integers between which √ 11 lies.
Find the consecutive integers between which √ 11 lies.
3 and 43 and 4
Find the consecutive integers between which– √ 147 lies.
Find the consecutive integers between which– √ 147 lies.
– 13 and – 12– 13 and – 12
Find the consecutive integers between which √ 36 lies.
Find the consecutive integers between which √ 36 lies.
3 and 43 and 4
33
Find the consecutive integers between which √ – 70 lies.
Find the consecutive integers between which √ – 70 lies.33
– 5 and – 4– 5 and – 4
Solve √ x – 5 = – 2. If no answer exists, state “no real solution.”
Solve √ x – 5 = – 2. If no answer exists, state “no real solution.”
x = 9x = 9
Solve √ x = 1.7. If no answer exists, state “no real solution.”
Solve √ x = 1.7. If no answer exists, state “no real solution.”
x = 2.89x = 2.89
Solve 3 √ 2x + 9 = 0. If no answer exists, state “no real solution.”
Solve 3 √ 2x + 9 = 0. If no answer exists, state “no real solution.”
no real solutionno real solution
Solve 2 √ 4x – 3 = 6. If no answer exists, state “no real solution.”
Solve 2 √ 4x – 3 = 6. If no answer exists, state “no real solution.”
x = 3x = 3
Solve. Leave answers in simplified radical form if the radicand is not a perfect square. If no answer exists, state “no real solution.”
Solve. Leave answers in simplified radical form if the radicand is not a perfect square. If no answer exists, state “no real solution.”
Solve x2 + 31 = 112. Solve x2 + 31 = 112.
x = ± 9x = ± 9
If the lengths of the legs of a right triangle are 15 and 8, find the hypotenuse. Simplify irrational roots or round to the nearest tenth.
If the lengths of the legs of a right triangle are 15 and 8, find the hypotenuse. Simplify irrational roots or round to the nearest tenth.
1717
If the lengths of the legs of a right triangle are 5 and 5, find the hypotenuse. Simplify irrational roots or round to the nearest tenth.
If the lengths of the legs of a right triangle are 5 and 5, find the hypotenuse. Simplify irrational roots or round to the nearest tenth.
5 √ 2 ≈ 7.15 √ 2 ≈ 7.1
Given a hypotenuse of 34 and one leg of 30, find the missing leg. Simplify irrational roots or round to the nearest tenth.
Given a hypotenuse of 34 and one leg of 30, find the missing leg. Simplify irrational roots or round to the nearest tenth.
1616
Given a hypotenuse of 6 and one leg of 3, find the missing leg. Simplify irrational roots or round to the nearest tenth.
Given a hypotenuse of 6 and one leg of 3, find the missing leg. Simplify irrational roots or round to the nearest tenth.
3 √ 3 ≈ 5.23 √ 3 ≈ 5.2
Given three side lengths of 10, 25, and 27, determine whether the triangle is a right triangle.
Given three side lengths of 10, 25, and 27, determine whether the triangle is a right triangle.
nono
Given three side lengths of 16, 30, and 34, determine whether the triangle is a right triangle.
Given three side lengths of 16, 30, and 34, determine whether the triangle is a right triangle.
yesyes
Simplify 3 √ 27 – √ 125 + 2 √ 75 + √ 45.Simplify 3 √ 27 – √ 125 + 2 √ 75 + √ 45.
19 √ 3 – 2 √ 519 √ 3 – 2 √ 5