makes the world go 'round (literally)! My name is Thomas and I'm currently an adjunct Physics instructor at Cypress College. I have 9 quarters (3 full years' worth) of teaching experience at UC Irvine, which includes leading guided group problem-solving discussions, one-on-one tutoring, and instruction in undergraduate lab courses. No student in the 21st century - whether they're serious about getting a career in science
/engineering, being able to pass crucial exams or simply wanting to expand your intellectual horizons - should go through life without a basic but firm foundation in Physics. Having tutored students from many different majors and levels of familiarity with math
and science, I firmly believe that anyone can succeed with proper guidance.
In order to optimize my tutoring sessions, I will guide the student through a brief self-assessment of his/her learning strengths and weaknesses. I also seek to build on these strengths by creating a learning environment that minimizes rote learning and focuses on stretching the student's thinking and problem-solving instincts by guiding them to the solution via a series of questions. Training the student to break down a large problem into a series of "bite-sized" questions is the key to boosting their confidence and ability to succeed not only in Physics, but in a great number of other subjects as well.
My passion is for helping newbies to get a handle on Physics for the very first time, but I am also eager to help in any other way I can. I also have experience in general SAT
preparation, so feel free to contact me about any or all of my listed teaching subjects and we'll work something out.
6 hours notice required
$10 per additional student per hour, up to 3 students total per tutoring session. $55/hr for commitment of 1 hr or more per week for 5 weeks+.
Travels within 10 miles of Irvine, CA 92612
Tutors have the ability to create educational resources and share them with the WyzAnt community.
Here are some of the resources created by Thomas.
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When the problem asks you to evaluate g(5), this simply means you look at the function g(x) and replace all the x's with a 5 and then solve. Since
g(x) = 4x+7,
substitute x=5 and you'll get
g(5) = 4*5+7 = 20+7 = 27
So your final answer is
There are 2 ways you can solve this problem. The first way is to factor the expression x2+6x+8 into the form (x+u)(x+z). If you multiply (x+u) and (x+z), you will get x2+(u+z)+u*z. Therefore,
x2+(u+z)+u*z = x2+6x+8
Dividing a polynomial by another polynomial using long division is very similar to long division with numbers. The only real difference is that you need to keep the same powers of x lined up with each other so you don't get confused. You will also need
to make sure that you are subtracting...