My name is Summer St. John and I am 21 years old. Looking for a place to get started with guitar? I teach beginner lessons where you will learn warm-ups, proper posture, first chords, and strumming...giving you the tools you need to become a pro. For anyone interested in starting a new versatile instrument like the guitar, these lessons offer the basics so you can start playing scales, chords, and your favorite worship songs. $25 per 30 min lesson
Requirements:
Daily home practice (covering each assignment) is necessary for proper growth in any new activity.
Students require a guitar, picks, notebook, and the lesson book (Hal Leonard Guitar Method Book 1)
Learn and build on the basic principles of hand-building with clay. Projects may include: functional pots, sculpture, tiles and more. The projects will encourage freedom of expression, allowing students to personalize their piece while also nurturing the need to follow a process and value the structure inspired by successful ceramic projects. Functional pieces such as cups, plates and bowls will all be made from dishwasher and microwave safe materials, creating heirloom memories your family may enjoy for generations.
Hands on Equations is a visual and hands on game-like approach to understanding algebraic expressions. No algebraic prerequisites are required for this class. This class is perfect for students ages 13-15 to take before/during Pre-algebra or Algebra 1. It will give a firm foundation for understanding what an equation is and how the 'rules' we learn work and why.
It is a game-like approach that fascinates students
The gestures or “legal moves” used to solve the equations reinforce the concepts at a deep kinesthetic level
Students attain a high level of success with the program and in my experience love getting to the next lesson
The program provides students with a strong foundation for later algebraic studies
The concepts and skills presented are essential for success in an Algebra 1 class
There will be no homework for this class. The program consists of 26 lessons. We will be able to complete 2-3 lessons per class. If we have additional class time after the completion of the 26 lessons this semester, we will move on to a basic algebra book to gain a grasp on the beginnings of algebra and relating it back to the learning through Hands on Equations.
Concepts learned:
the concept of an unknown
how to evaluate an expression
how to combine like terms
the relational meaning of the equal sign (both sides have the same value)
the meaning of an algebra equation
how to balance algebra equations (using the subtraction property of equality)
the concept of the check of an equation
the ability to solve one and two-step algebra equations
solving equations with unknowns on both sides
how to work with a multiple of a parenthetical expression
mathematics is a subject one can understand
mathematics can be learned without memorization
they need not be intimidated by algebraic symbols
they can enjoy doing mathematics
they can communicate their mathematical reasoning to others
they can use concrete materials to model abstract equations and word problems
Requirements:
Students must be fluent in 5th grade math or ready to take Pre-Algebra or Algebra in the following semester. (6th-9th) grades - If you have questions on if your child is ready for this class, or if you child is 'too old' please contact me.
Hands on Equations is a visual and hands on game-like approach to understanding algebraic expressions. No algebraic prerequisites are required for this class. This class is perfect for advanced 10-13 year old's to take right before/during Pre-algebra or Algebra 1. It will give a firm foundation for understanding what an equation is and how the 'rules' we learn work and why.
It is a game-like approach that fascinates students
The gestures or “legal moves” used to solve the equations reinforce the concepts at a deep kinesthetic level
Students attain a high level of success with the program and in my experience love getting to the next lesson
The program provides students with a strong foundation for later algebraic studies
The concepts and skills presented are essential for success in an Algebra 1 class
There will be no homework for this class. The program consists of 26 lessons. We will be able to complete 2-3 lessons per class. If we have additional class time after the completion of the 26 lessons this semester, we will move on to a basic algebra book to gain a grasp on the beginnings of algebra and relating it back to the learning through Hands on Equations.
Concepts learned:
the concept of an unknown
how to evaluate an expression
how to combine like terms
the relational meaning of the equal sign (both sides have the same value)
the meaning of an algebra equation
how to balance algebra equations (using the subtraction property of equality)
the concept of the check of an equation
the ability to solve one and two-step algebra equations
solving equations with unknowns on both sides
how to work with a multiple of a parenthetical expression
mathematics is a subject one can understand
mathematics can be learned without memorization
they need not be intimidated by algebraic symbols
they can enjoy doing mathematics
they can communicate their mathematical reasoning to others
they can use concrete materials to model abstract equations and word problems
Requirements:
Students must be fluent in 5th grade math or ready to take Pre-Algebra or Algebra in the following semester. (6th-9th) grades - If you have questions on if your child is ready for this class, or if you child is 'too old' please contact me.
Join us for hands on Physics. This hybrid course is an exploration of high school physics from the perspective of the real world, taught through the eyes of an engineer. We'll learn about the equations of motion, mechanics and kinematics through experimentation, learning the laws of our world through experience in order to then carry this understanding into the future. Work with the teacher to understand the laws of physics as you create reports on your experiments, and then use what you learn in the term challenge, where you will apply your physics equations in a challenge build. Bring a notebook, pencil, scientific calculator, ruler, compass, protractor, eraser, scissors. Homework will be assigned bi-weekly in the form of physics reports on the section topic. Students will have two weeks to complete their reports. Homework will be assigned bi-weekly in the form of physics reports on the section topic. Students will have two weeks to complete their reports.
Requirements:
Students must have previously taken pre-algebra, be enrolled in Algebra, or have equivalent.
Join us for hands on Physics. This hybrid course is an exploration of high school physics from the perspective of the real world, taught through the eyes of an engineer. We'll learn about the analysis of optics, electromagnetics, and fluids, and learn how we can apply the equations of motion to their analysis. Work with the teacher to understand the laws of physics as you create reports on your experiments, and then use what you learn in various builds possibly including, but not limited to; a hovering coil and a loop wire motor. Homework: Homework will be assigned bi-weekly in the form of physics reports on the section topic. Students will have two weeks to complete their reports. Material Required: Notebook, pencil, scientific calculator, ruler, compass, protractor, eraser Teacher Recommendation: For extra practice the teacher recommends that students find a physics textbook that they can understand which has answers in the back for extra practice. Extra practice can also be obtained online from a number of sources.
Requirements:
Students must have previously taken pre-algebra, be enrolled in Algebra, or have equivalent, in addition students should have an understanding of introductory mechanics of motion including: gravity, straight line motion, and vectors.
Join us for hands on Physics. This hybrid course is an exploration of high school physics from the perspective of the real world, taught through the eyes of an engineer. We'll learn about the analysis of optics, electromagnetics, and fluids, and learn how we can apply the equations of motion to their analysis. Work with the teacher to understand the laws of physics as you create reports on your experiments, and then use what you learn in various builds possibly including, but not limited to; a hovering coil and a loop wire motor. Homework: Homework will be assigned bi-weekly in the form of physics reports on the section topic. Students will have two weeks to complete their reports. Material Required: Notebook, pencil, scientific calculator, ruler, compass, protractor, eraser Teacher Recommendation: For extra practice the teacher recommends that students find a physics textbook that they can understand which has answers in the back for extra practice. Extra practice can also be obtained online from a number of sources.
Requirements:
Algebra 1, Physics understanding of Mechanics and Motion
Join us for hands on Physics. This hybrid course is an exploration of high school physics from the perspective of the real world, taught through the eyes of an engineer. We'll learn about the equations of motion, mechanics and kinematics through experimentation, learning the laws of our world through experience in order to then carry this understanding into the future. Work with the teacher to understand the laws of physics as you create reports on your experiments, and then use what you learn in the term challenge, where you will apply your physics equations in a challenge build. Bring a notebook, pencil, scientific calculator, ruler, compass, protractor, eraser, scissors. Homework will be assigned bi-weekly in the form of physics reports on the section topic. Students will have two weeks to complete their reports.
Homework will be assigned bi-weekly in the form of physics reports on the section topic. Students will have two weeks to complete their reports.
Hands on Equations is a visual and hands-on, game-like approach to understanding algebraic expressions. No algebraic prerequisites are required for this class. This class is perfect for advanced 10-13 years old to take right before/during Pre-algebra or Algebra 1. It will give a firm foundation for understanding what an equation is and how the 'rules' we learn work and why. It is a game-like approach that fascinates students. The gestures or “legal moves” used to solve the equations reinforce the concepts at a deep kinesthetic level. Students attain a high level of success with the program and in my experience love getting to the next lesson. The program provides students with a strong foundation for later algebraic studies.
Concepts learned:
-the concept of an unknown
-how to evaluate an expression how to combine like terms the relational meaning of the equal sign (both sides have the same value)
-the meaning of an algebra equation how to balance algebra equations (using the subtraction property of equality)
-the concept of the check of an equation the ability to solve one and two-step algebra equations solving equations with unknowns on both sides
-how to work with a multiple of a parenthetical expression
-mathematics is a subject one can understand
-mathematics can be learned without memorization
-they need not be intimidated by algebraic symbols
-they can enjoy doing mathematics
-they can communicate their mathematical reasoning to others
-they can use concrete materials to model abstract equations and word problems
Requirements:
Students must be fluent in 5th grade math or ready to take Pre-Algebra or Algebra in the following year. Perfect for 5th, 6th or 7th graders.
Learn high school Geometry concepts while completing projects which will include creating a custom plan for a "dream home," analyzing a building, bridge, or landmark, and more. Students will work on projects in class and at home using skills such as calculating area, perimeter, surface area, volume, angles, shapes, and more. The purpose of this class is to build a working understanding of high school Geometry and to be empowered to use their math skills in real-life situations. Students will also prepare a notebook of projects and vocabulary.