See below. The end behaviour is what is happening as x->+-oo lim_ (x->oo) (3x-3)/ (4x+5) (3x-3)/ (4x+5) Divide by x: ( (3x)/x-3/x)/ ( (4x)/x+5/x)= (3-3/x)/ (4+5/x ...

See explanantion Given: y= (x^2-9x+20)/ (2x) First and foremost, the equation becomes undefined when the denominator is 0 Thus 2x!=0 => x!=0 larr "Asymptote" The true ...

How do you find the zeros by rewriting the function #g (x)=3x^2+24x+21# in intercept form? How do you find the zeros by rewriting the function #h (x)=x^2-4x-77# in intercept form? How do you find the …

So, we know the behavior of our function near 2, let's find out the function's inifite limits. #lim_ (x->infty) (x-1)/ (x-2)=1/1=1# Taking the values with the highest degree, we see that for positive and negative …

Jan 18, 2018 · As the function approaches #x=-1# negatively, we have a negative numerator and a negative denominator, meaning a positive value, i.e. it goes to positive infinity. Therefore, both …

How do you find the derivitive of Inverse trig function #y = csc^-1 (x^2+1)#? How do you solve #sin 2x = 2 sin x cos x# using the double angle identity? How do use the first derivative test to determine the …

discriminant =-16 It means that the polynomial has no real solutions the discriminant is a function of the coefficients of a polynomial equation whose value gives information about the roots of the polynomial …

Explanation: We can approach this problem in two ways, I will do so using MLE We know the following #E (epsilon) = 0# thus we can remove it becuase we expect this to be 0 regardless of the variance.

Apr 30, 2018 · An Intuitive "proof": The function is defined for all values #x# with the exception of a discontinuity at #x=0#. Hence, given the restricted domain #x in (0,oo)# the function is well defined …

How do find the vertex and axis of symmetry, and intercepts for a quadratic equation y = − 3x2 + 5? Algebra Quadratic Equations and Functions Quadratic Functions and Their Graphs