C++ Tutoring

I have experience working with data structures for coding, like linked lists and dynamic arrays. Linked lists are structures that point to a location in main memory. Dynamic arrays are arrays that change their size.

Calculus 2 Tutoring

In Calculus 2 we start working with series and whether they converge or diverge. We will apply limits to see whether the series will head to zero or infinity.

Calculus 3 Tutoring

Calculus 3 is similar to Calculus 1 in that we will use derivatives and integration with a z variable. There are also partial derivatives that can be done with x, y, and z for one variable only. For instance, we want to only calculate the derivative with respect to x.

Calculus I Tutoring

Calculus 1 uses derivatives and integration. Derivatives are applied to rates of change, and integrals can be used to find areas or volumes. There can be indefinite and definite integrals from specific windows of x=a to x=b.

College Algebra Tutoring

I can teach college algebra with exponential growth, systems of equations, and graphing different functions. The graph of x^2 for instance has components like foci, the vertex, and its zeros or points where y = zero. Systems of equations involve solving for x, y, in ax + by = c, dx + ey = f, and we take this system and try to eliminate variables or solve for x and y.

Computer Programming Tutoring

In computer programming we do thinks like iteration and recursion. Iteration can be in the form of while or for loops where we have a starting condition and the loop ends when the counter has reached the end condition. Recursion works similarly but also calls itself to decrement its counter variable.

Computer Science Tutoring

I've studied computer architecture and computer operating systems, to use algorithms like FIFO and Round-Robin. Caching is another important concept when we look at memory for the last record. If it's not there it's a miss and continue looking for the record, if it is there then it's a hit and we store the record and check this space in memory more frequently.

Linear Algebra Tutoring

This subject involves solving systems of equations, we like to put it in eigenvector form. Where the system a1x + b1y = c1, a2x + b2y = c2, can be rewritten as [a1, a2] x + [b1,b2]y = [c1, c2]. This is useful because we can change to variables to any parameters but keep the same scalars.

Physics I Tutoring

Physics 1 involves friction, normal force, and conservation of energy. This is useful for almost any area of motion. We will work with Free Body Diagrams to calculate the net force of an object.

Pre Calculus Tutoring

Pre-calculus involves plotting different functions, like sin and cos. We may start with calculating different rates and limits before heading into the Calculus level. We definitely will need to know trig identities.

Trigonometry Tutoring

Here is where we are introduced to things like the Pythagorean theorem, the Law of Sines, Law of Cosines. If the triangle is a right triangle we can use sin(angle) = opposite/hyp, cos(angle) = adjacent/hyp, and tan(angle) = opposite/adjacent.

Algebra Tutoring

Algebra uses inputs and outputs that will used in table form, graph form, or equation form. Students will be able to plot different x points on the graph to their appropriate y positions. By plugging into a calculator or function, they can connect these (x,y)'s together to see their relationship.

Algebra II Tutoring

Algebra II involves graphing intensively, with conics there are parabolas, hyperbolas, circles, and ellipses. These shapes have their functions that just need an x and y to plug into. We will also learn other things like exponential growth.

AP Computer Science Tutoring

This course can be comprehensive. Some things will be covered like while and for loops, if-else statements, and class hierarchies. In classes, we have methods that get private variables. We have methods that change variables, but the programmer or user can't change variables while running the program unless they are made public variables.

AP Physics Tutoring

Some things in physics that will be covered, are density, tension, ohm's law, thermodynamics, and waves. Density will be used for buoyancy, tension can be used in the conservation of energy, ohm's law will be used along with Kirchoff's current and voltage laws, and we will use E = Q + W in thermodynamics.

Calculus Tutoring

Calculus will use derivatives and integrals. Derivatives are rates of change with respect to x or t. Integrals are areas or volumes that can be calculated from an x = a to x = b. The integral of a circle is a sphere.

Calculus AP Tutoring

In this section, students will be able to solve AP problems involving critical points and points of inflection which are found in finding the second and third derivatives of a function. Find the second derivative for the critical points, and find the third derivative for the points of inflections. If the graph of its derivatives is going up or down, we can tell if its speeding up or slowing down.

Physics Tutoring

We will cover Newton's Laws of Motion, Laws of Thermodynamics, Laws of Electromagnetism, and Ideal Gas Law. Newton's Laws of Motion will be represented as forces of tension. Thermodynamics will be represented as heat and work. Laws of Electromagnetism will be represented as voltage, current, and resistance.