Equations with radicals, Algebra

Assignment Help:

The title of this section is perhaps a little misleading.  The title appears to imply that we're going to look at equations which involve any radicals.  However, we are going to limit ourselves to equations including square roots. The techniques we are going to apply here can be utilized to solve equations with other radicals, though usually the work is significantly messier than while dealing with square roots. Thus, we will work only with square roots in this section.

Before proceeding it must be indicated as well that in some Algebra textbooks you will discover this section in with the equations reducible to quadratic form material. The cause is that in fact we will end up solving a quadratic equation in most of the cases.  However, the approach is considerably different and thus we're going to separate the two topics into distinct sections in this course.

Usually it is best to see how these work with an example.


Related Discussions:- Equations with radicals

Variablesand inequalities, i need help with an assignment that is about two...

i need help with an assignment that is about two variable inequalities

Systems of equations, graph the following and find the point of intersectio...

graph the following and find the point of intersection 2x+y=-4 y+2x=3

X=-2, three ordered pair

three ordered pair

Functions, I am trying to figure out this answer f(x) = -3/4x + 4. but thi...

I am trying to figure out this answer f(x) = -3/4x + 4. but think I am getting it all wrong

True or false, 2.3+5=2.3+2.5 is an example of distributive property

2.3+5=2.3+2.5 is an example of distributive property

Solution of basic linear equation, Solve following equations. (a)   x 2 ...

Solve following equations. (a)   x 2 -100 = 0  (b) 25 y 2 - 3 = 0 Solution There actually isn't all that much to these problems.  To use the square root property a

Britt, #ques1). Using the function: y=y0,(.90)^t-1. In this equation y0 is ...

#ques1). Using the function: y=y0,(.90)^t-1. In this equation y0 is the amount of initial dose and y is the amount of medication still available t hours after drug is administered.

Augmented matrix, Augmented Matrix Previously we saw that there were s...

Augmented Matrix Previously we saw that there were some special cases in the solution to systems of two equations. We illustrated that there didn't need to be a solution at al

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd