If we expand and simplify 2(x+5)+3(x−2)2(x+5)+3(x−2)2(x+5)+3(x−2) we will get 2(x+5)+3(x−2)=2x+10+3x−6=5x+42(x+5)+3(x−2)=2x+10+3x−6=5x+42(x+5)+3(x−2)=2x+10+3x−6=5x+4 What does expand and simplify mean? Expand...
Instructions Use black ink or ball-point pen.Fill in the boxes at the top of this page with your name, centre number and candidate number. Answer all questions.Answer the questions in the spaces provided – there may be more space than you need.Calculators may be used.Information The ...
What are all the multiplications signs and why don't we just use one? x, a dot, * an asterisk, are there more? Rewrite the numbers without using the absolute value symbol, and simplify the result. (8) mod 8+9 mod How to do the reverse FOIL method?
We may use both Theorems 1 and 2 to simplify polynomials.Example 7 Find the standard form.(a) (3 x)2 (2 x3) (b) (− 2 x)3 (5 x2-x+3)Solution(a) (3 x)2 (2 x3)=(9 x2) (2 x3)=18 x5(b) (− 2 x)3 (5 x2-x+3)=(− 8 x3) (5 x2-x+...
Chapter 10/ Lesson 4 151K Understand how to evaluate logarithmic expressions, know how to solve logarithmic equations, and explore the various properties of logarithms that are used in evaluating logarithm problems. Explore our homework questions and answers library ...
6 \log_3 x - 30 \log_3 y Expand and simplify the logarithm. ln((e^(14x)(3x^4 + 5x^2 - 1)^3)/((12x + 7)^5)) Expand the logarithm. log_4 (3xyz)^2. a) 9(log_4x + log_4y + log_4z) \\b) 2log_43 + log_4x + log_4y + log_4z \\c) 2(log_43 + log_...
Use the binomial series to expand the given function as a power series. Simplify your answer and write in closed form. Also, state the radius of convergence. F(x) = square root [3] {5 - x}. Use the binomial series to expand the function...
Distributive Property in Math | Definition & Examples from Chapter 2 / Lesson 20 215K The distributive property is used to multiply expressions with terms by other expressions. Learn how to use the distributive property to simplify expressions. Related to this QuestionExpand...
$$\sqrt[3]{1 - x} $$ Binomial series: The series expansion of the power of the binomial {eq}1 + x {/eq} is given in the form below; {eq}{\left( {1 + x} \right)^n} = 1 + nx + \dfrac{{n\left( {n - 1} \right)}}{{2!}}{x^2} + \d...
If g is a function given by g=(1+x)k, where x and k are real numbers. The Maclaurin series expansion of the function g is known as the binomial series expansion or Newton's binomial series expansion. (1+x)k=1+kx+[k(k−1)2!]x2+[k(k...