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9 results

High school trigonometry printable interactive whiteboards

Preview of Polar Coordinates Introduction, Graph Templates + 5 Assignments for SMART

Polar Coordinates Introduction, Graph Templates + 5 Assignments for SMART

Created by
Tom Wingo
Update: I added Assignment #1C which can be done at socrative or teachermade.Update: I added Assignment #1B which is a 35 question multiple choice and short answer assignment. It can be printed and done on paper or completed at Socrative.com.Included in this zip file are 8 SMART Notebook files. 2 files are instruction, 1 file is graph paper and 5 are assignments. A brief description of each:SMART Notebook Instruction file #1 is a 38 slide SMART Presentation. An example of a real world problem i
Preview of Trigonometry: Wonderful Properties of a Right Triangle and Vector Resolutions

Trigonometry: Wonderful Properties of a Right Triangle and Vector Resolutions

Created by
TeachersMart
Lesson Starter Series (LSS) © – is a perfect tool that I use in my Physics and Earth Science classes to ignite students’ curiosity and engage them in thinking process immediately. Each flipchart consists of: Aim, Do Now assignment, Essential Question on a front page and then several pages of Lesson Development activities. This product was made using ActivInspire for Promethean board. If you don't have ActivInspire in your computer, you can download a basic version for free from www.promethea
Preview of Graphing a Sinusoid in Degrees: Intro + 7 Assignments for SMART Notebook

Graphing a Sinusoid in Degrees: Intro + 7 Assignments for SMART Notebook

Created by
Tom Wingo
Included in this zip folder are 8 SMART Notebook files. 1 is an introduction to graphing a sinusoid and 7 are assignments. A brief description of each: The Introduction is a 41 slide file. The equation y=-2+3cos1/2(x-50) is used as a formative problem. The student should be able to recognize the centerline, height, phase angle, and period of the function. The file uses the peaks, valleys and centerline interception to sketch its graph. The 1st 15 pages of the file are free in the preview s
Preview of Ellipse Introduction for SMART Notebook + 12 Assignments

Ellipse Introduction for SMART Notebook + 12 Assignments

Created by
Tom Wingo
Included in this zip folder are 14 SMART Notebook files. 2 are for Instruction and 12 are Assignments. A brief description of each: SMART Notebook Instruction file is a 35 slide introduction to the ellipse. The emphasis is the length of the major axis and the equation of an ellipse. Students should understand half the major axis is same as the distance from focus to minor axis endpoint. SMART Notebook Instruction file #2 is a 21 slide file. The emphasis is converting equations from general c
Preview of Simple and Non-Vertical Motion, 3 Intro's + 13 Assignments for SMART

Simple and Non-Vertical Motion, 3 Intro's + 13 Assignments for SMART

Created by
Tom Wingo
Included in this zip folder are 18 SMART Notebook files. 13 are assignments, 3 are introduction files and 2 are student reference printables. Intro #1 is a 50 slide presentation. The emphasis is understanding acceleration, constant acceleration and gravity. 16 formative assessment problems are embedded in the presentation that use the formula a=(vf-vi)/t. Intro #2 is 15 slide file. The formula df=.5at^2+vit+di is derived from 3 simple motion formulas. Intro #3 is a 76 slide instructional fil
Preview of Intro to Trig Identities 3 Lessons, References + 8 Assignments for SMART

Intro to Trig Identities 3 Lessons, References + 8 Assignments for SMART

Created by
Tom Wingo
11/4/18 I added 2 written assignments and a PDF Google Classroom upload file and odd solutions for this file. I also synced Assignment 5 to Socrative.comAssignments #1 - #4 can be used at socrative.com and the socrative share numbers are included in the files. The main trig identities investigated in these files are:1. The odd/even identities such as sin(-x)=-sinx and cos(-x)=cosx2. The cofunction identities such as tan(90-x)=cotx3. The Reciprocal identities such as 1/cosx=secx4. The Pythagor
Preview of Trig Values Without a Calculator - 4 Intros + 6 Assignments for SMART Notebook

Trig Values Without a Calculator - 4 Intros + 6 Assignments for SMART Notebook

Created by
Tom Wingo
The purpose of this file is to develop the skill in finding trig values in all 4 quadrants without a calculator for: 1. Sine 2. Cosine 3. Tangent 4. Secant 5. Cosecant 6. Cotangent These assignments are done in degrees Included in this zip folder are 11 SMART Notebook files. 6 are assignments, 4 are intros to material and 1 is an accompanying page for notes. A brief description of each: Intro #1 is a 25 slide file. The emphasis is identifying and developing rules for rotated and related an
Preview of Inverse Trig Functions & Solving Equations on a Limited Domain for SMART

Inverse Trig Functions & Solving Equations on a Limited Domain for SMART

Created by
Tom Wingo
Included in this zip folder are 8 SMART Notebook files. 2 are instruction files and 6 are assignments. A brief description of each: Instruction file #1 is a 35 slide file. There are 17 formative assessment questions over function values and inverse function values. The idea of limiting a domain for reverse mapping is introduced in non-trig functions as well as trig functions. The instruction file is a 33 slide intro to inverse trig functions. A graph of y=cosx is provided. Points are extra
Preview of Secant & Cosecant Graphs & Transformations Instruction + 6 Assignments for SMART

Secant & Cosecant Graphs & Transformations Instruction + 6 Assignments for SMART

Created by
Tom Wingo
Update: I added Assignment #1A. It can be printed and done on paper or completed at socrative.com.These activities are done in degreesIncluded in this zip folder are 8 SMART Notebook files. 2 are instruction files and 6 are Assignment files. A brief description of each:SMART Notebook Instruction file #1 is an 11 slide presentation. The 4 key concepts of secant/cosecant graphs are introduced. These concepts are:1. Local Maximums2. Local Minimums3. Asymptotes with a local min on its left and a
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