Big Ideas Math Im3 3

It has come to my surprise that we actually do begin table-less graphing of polynomial functions in this section early on, despite its ... From graphing with tables, to graphing without tables, to graphing with a calculator, we're going to review the ins and outs of all ... The opening section of this chapter brings you right into the deep-end of graphing polynomials with higher degree. Granted, we ... 6.3 begins our algebraic methodologies of rational expressions/equations. In this section, we focus on multiplication and division. This is the section where I expected the majority of table-less graphing to be featured on polynomial functions. It didn't occur quite ... The lecture portion of this video comes in at a whopping 42 minutes, and we don't hit the -40 problem set until the 48-minute ...

This may now sound old hat with transformations, but all polynomial functions can inherit our beloved 'a', 'h', and 'k' parameters to ... After last section's long lecture comes another one, but it doesn't need to be for you if you already know a lot of your factoring ... As we solve exponential and logarithmic equations, we take properties from previous sections and use them here. Get bases to ... This chapter is on everything polynomials, and a lot of the content in these earlier sections will rehash old IM2 material (standard ... We will again use a, h, and k to transform graphs in every which way we did in the past, only exponential functions and logarithmic ... This section is very finnicky on how I decide to instruct it. There is more than one way to solve each and every problem, and even ...

Graphing rational functions can get very wild. Although the general form y = a/(x - h) + k can often have easily plottable points, ... In this video, we look at things you have probably seen from IM1 and IM2 regarding combining like terms, use of the distributive ...