# Eli Assouline

Algebra teacher | Verified Expert

With a focus on Algebra earned from Pitzer College, I'm dedicated to demystifying equations and functions for my students. My journey in mathematics has equipped me with the tools to simplify complex concepts and instill confidence in learners. From linear equations to abstract algebra, I strive to make every lesson engaging and accessible, fostering a deeper understanding of mathematical principles. Let's embark on this mathematical adventure together, where every problem is a puzzle waiting to be solved.

## Questions

How do you express #x^(4/3)# in simplest radical form?

What is the minimum or maximum of #g(x)=-x^2-6x+1#?

How do you write 3/11 as a decimal?

How can we determine the equation of the line described ?. Put answer in the slope intercept form, if possible. Through ( -4, 2) perpendicular to x = - 8

How do you find the vertex and the intercepts for #y = -x^2 - 4x + 7#?

The sum of the squares of two natural numbers is 58. The difference of their squares is 40. What are the two natural numbers?

How many solutions does a linear inequality in two variables have?

What is the equation of the parabola that has a vertex at # (5, -6) # and passes through point # (31,-9) #?

Can a function have asymptotes?

How do you write #y= -7x^2+14# in factored form?

How do you find the zeros, real and imaginary, of #y=--x^2 +6x +8# using the quadratic formula?

How do you solve the system of equations by graphing and then classify the system as consistent or inconsistent #y=4x-1# and #y= -1x + 4#?

How do you solve the system of equations #2y = 10x + 24# and #5x - y = - 12#?

What are the excluded values for #y=(2x+5)/(x+5)#?

How do you solve # x(x-5)<x(x-4)+2#?

How do you multiply #(3m-1) (8m+7)#?

How do you simplify #-3 (-2 +5)# using order of operations?

How do you simplify #3( 5x - 6) + 2( 6+ x )#?

How do you find the roots, real and imaginary, of #y= x^2 - 5x + 6 # using the quadratic formula?

How do you complete the square to solve #x^2 - 8x + 13 = 0#?