Date Range
Date Range
Date Range
Pre-Calculus 40S Section D Fall 2014. Tuesday, December 2, 2014. Um sum and difference identities by marc. Sum and Difference identities is used to show how to find sine, cosine, or tangent of the sum or difference of two given angles. You can use these 3 formulas to find out the sum identity of sin, cos, and tan of two given angles. These 3 are used to find the difference identity of sin, cos, and tan of two given angles. Tuesday, November 25, 2014.
Pre-Calculus 40S Section D Winter 2015. Monday, June 8, 2015. Thursday, May 14, 2015. Hey guys, Its Nav. Here are couple examples on how to do Logarithmic Expansion and Logarithmic Simplification. 1 Roots become fractional exponents. 1 Move all negative to the end.
Pre-Calculus 40S Winter 2013 Section CB. Wednesday, May 15, 2013. I am going to show you some information about Exponential Functions. Exponential functions look somewhat similar to functions you have seen before, in that they involve exponents, but there is a big difference, in that the variable is now the power, rather than the base. Previously, you have dealt with such functions as. Was the base and the number. Where the base is the fixed number, and the power is the variable.
Pre-Calculus 40S Section C Winter 2014. Tuesday, June 3, 2014. Heyy guys, this is Sargam! We all are very close to an end of this course and this feeling is also not great because we all will have to say goodbye to Mr. Piatek! Well, moving on, today we mainly discussed about the review and some really important questions of Permutation, combination and binomial theorem. Piatek reminded us to do some the entity and some really tricky questions which are very much likely to be on the exam.
Pre-Calculus 40S Section D Winter 2014. Monday, May 26, 2014. First we finished the Radical functions using transformation part of the unit, where we learned how to determine a radical function from a graph. Then we went to the next part of the unit, which is The Square Root of a Function. This is when you convert a any function to a radical function. This one deals with quadratic func.