Simplify 4square root(125) Simplify: y=x^(1-x) Simplify (9 - x^(-2))/(3 + x^(-1)) Simplify the expression and use only positive exponents. \dfrac{4^\frac{3}{4} x^{-\frac{2}{5} y^{\frac{3}{2{4^{-\frac{-5}{4 x^{\frac{13}{5 y^{\f...
Simplify the square root of x^7. Simplify the following expression: (x^{2} + 3x - 9) + (-4x^{2} + 2x - 3) Simplify the expression below. (x^3) (x^{-2}). Simplify the expression. \left(w+5\right)^{2} Simplify the expression(5x^2)/(2x/16) ...
Write a square root of 24 as radical expression. Simplify each radical expression: 1. \sqrt {75} + \sqrt3\2. \sqrt 7 (\sqrt{14} + \sqrt 3) Multiply and simplify radical expression. sqrt 7(2*sqrt 3 + 3*sqrt 7). Write \sqrt[5]{96s^{14}t^{20 in simplified ra...
What is the simplified radical form of the square root of 8? Simplify the following radical expression: 4 sqrt (625) Simplify the following radical expression : 4 \sqrt {\frac{(81)}{(16) a) \frac{2}{3} \b) \frac{3}{2} \c) 2 \d) 3 Multiply and simplify the following radical...
To simplify the expression {eq}\displaystyle 9^{(\frac 12)} {/eq} , you can use the rule for finding the square root of a number, which states that...Become a member and unlock all Study Answers Start today. Try it now Create an account Ask a question Our experts can answer ...
tan(arcsin(−12)) Trigonometric Functions The trigonometric functions can be defined from the unitary circle. The fundamental trigonometric functions are the sine, the cosine and the tangent. From them, we can also define the cotangent, the secant and the...
First, we can start by applying the... Learn more about this topic: Simplifying Complex Expressions That Contain Square Roots from Chapter 21/ Lesson 3 13K Complex expressions with square roots can be simplified by using the letter 'i' to represent the square root of a negative number....
Write a square root of 24 as radical expression. Change the following to radical form without simplifying them. 32y^(-2/5) Change the following to radical form without simplifying them. 4x^(-1/2) Can you tell me if I am solving this right? Simplify the radical ...
Table 1. Root mean square deviation 𝜎σ of analysed mixture. 4.2.2. Type I Diagram: Water–Phenol–Acetone The ternary diagrams of the water–phenol–acetone system at 50 °C and 60 °C using NRTL and UNIQUAC models were studied in [24,26], both using the same data from [26]. ...