CLaw

Students transform a happy face using point transformation to explore how the face looks based on different transformation performed. Transformation covered: vertical stretch vertical compression horizontal stretch horizontal compression reflection in the x-axis reflection in the y-axis vertical translation horizontal translation combined transformation reflection in the line y = x (inverse) identifying transformation given original and image faces background knowledge required: mapping notati

Given the graphs of the base function (linear, quadratic, square root, and reciprocal) and its transformation, students are asked to identify the transformation and provide the equation of the image function. Answer key is not included as students are encouraged to use technology (graphing calculators/websites/apps) to check their answers. Course: MCR3U Store: CLaw

I use this worksheet as a quick individual review practice at the beginning of the course. Students who have trouble working with fractions can quickly identify which area they need help with. Topics include: GCF, equivalent fractions, fraction reduction, LCM (LCD), addition, subtraction, multiplication, division, BEDMAS

Students start with reviewing the inverse function of a linear function, then students explore the inverse of an exponential function with base bigger than 1 and the inverse of an exponential function with base between 0 and 1. Then, students look at the properties of all three functions: domain, range, x-intercept, y-intercept, intervals for which the function is positive/negative, intervals for which the function is increasing/decreasing, and any asymptote. Answer key provided in the same fi

Students are expected to have knowledge of transformation of points and graphs. Given the equation of each logarithmic functions, students use transformations to graph the image curves, then identify the following properties: domain, range, x-intercept, y-intercept, intervals for which the image function is positive/negative, intervals for which the image function is increasing/decreasing, and equation of the asymptote. There are eight questions in total. Answer key provided in the same file.