Mat 136 Study guides, Class notes & Summaries

MAT 136 exam 1 with 100% verified solutions-2023-2024 Question √2⋅9 - Cancel the common factors of 18 and 16 which would be 2 2⋅8 √9 - Rewrite 8 √9 - as √8 3 - The squareroot of 9 = 3, factor 4 out of 8 √4(2) 3 - The squareroot of 4 = 2, remove 2 from radical 2√2 ( 3 ) ⋅ (√2 ) - Multiply togther and simplify 2√2 √2 (3⋅√2) 2(√2)2 (3⋅√2) n x x 1 - use √a = a n to rewrite √2 as 2 2 and simplif...

MAT 136 exam 1 with 100% verified solutions-2023-2024 Question √2⋅9 - Cancel the common factors of 18 and 16 which would be 2 2⋅8 √9 - Rewrite 8 √9 - as √8 3 - The squareroot of 9 = 3, factor 4 out of 8 √4(2) 3 - The squareroot of 4 = 2, remove 2 from radical 2√2 ( 3 ) ⋅ (√2 ) - Multiply togther and simplify 2√2 √2 (3⋅√2) 2(√2)2 (3⋅√2) n x x 1 - use √a = a n to rewrite √2 as 2 2 and simplif...

MAT 136 Exam 2 Questions and Answers- Southern New Hampshire University

MAT 136 exam 2-with 100% verified solutions-2023-2024 Question Show your work and explain how you arrived at your answer. Answers with no relevant explanations do not show an understanding of the topic and may get reduced or no credit. f(g(x)) = sqrt(x^2 + 5) + 6 -Substitute g(x) into f(x) g(f(x)) = (sqrt(x) + 6)^2 + 5 -Solve for (sqrt(x) + 6)^2 (sqrt(x) + 6)^2 = x + 12sqrt(x) +36 -Insert back to the formula g(f(x)) = x + 12sqrt(x) +36 + 5 -Simp...

MAT 136 Exam 2 Questions and Answers- Southern New Hampshire University… Question Show your work and explain how you arrived at your answer. Answers with no relevant explanations do not show an understanding of the topic and may get reduced or no credit. Ungraded Grade: 0/1.0

Chapter 1 (section 1) - Exam 1 (MAT 136) Questions with 100% correct answers | verified | latest update 2024

mat 136 exam updated questions and answers √ 2⋅9 - Cancel the common factors of 18 and 16 which would be 2 2⋅8 √9 - Rewrite 8 √9 - as √8 3 - The squareroot of 9 = 3, factor 4 out of 8 √4(2) 3 - The squareroot of 4 = 2, remove 2 from radical 2√2 ( 3 ) ⋅ ( √2 ) - Multiply togther and simplify 2√2 √2 (3⋅√2) 2(√2) 2 (3⋅√2) 2 n x x 1 1 - use √a = a n to rewrite √2 as 2 2 and simplify 2(2 2 ) (3√2) 2⋅2 (3√2) 4 Ungraded Gr...

MAT 136 Exam 3 Review - Applications of Derivatives