Human cloning is a benchmark for public policy, and the legislative decisions made regarding it will significantly impact the future of many areas of scientific research. This appeal will also likely be heard in the coming debates over artificial intelligence, germ-line therapy, transgenics, etc.
Vertical and horizontal asymptotes vertical and oblique asymptotes vertical and horizontal asymptotes How to find asymptotes Vertical: 1. Reduce f(x) to the lowest terms: (i) factor completely the numerator and the denominator; (ii) cancel common factors 2. Solve the equation: denominator = 0 3.ertical and horizontal asymptotes vertical and oblique asymptotes vertical and horizontal asymptotes How to find asymptotes Vertical: 1. Reduce f(x) to the lowest terms: (i) factor completely the numerator and the denominator; (ii) cancel common factors 2. Solve the equation: denominator = 0 3.
We have to choose what is the equation of the function on the graph. We know the parent function: f(x) = log(2) x ( log base 2 ). The new function should be in the form: f(x) = log(2) ( x - a ) + b. The new vertical asymptote is : x = -3, So: a = -3. Now we have: f (x) = log(2)( x + 3 ) + b. After that we will substitute the values of coordinates of the point ( - 5 , - 2 ) which belong to this function. - 5 = log(2) ( - 2 + 3 ) + b. - 5 = log (2) 1 + b ; - 5 = 0 + b; b = - 5. Answer: The equation of the function shown in the graph is: A ) f (x) = log(2) ( x + 3 ) - 5 .