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31 MB|76 pages

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Included in this zip folder are 18 PDF files. 13 are assignments, 3 are introduction files and 2 are student reference printables.

Intro #1 is a 50 page 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 page file. The formula df=.5at^2+vit+di is derived from 3 simple motion formulas.

Intro #3 is a 76 page instructional file. The parts of the parametric equations needed to solve and graph 2 dimensional projectiles are intricately discussed. The topics include:

1. x component of the initial velocity vector

2. y component of the initial velocity vector

3. Modeling the projectile with a graph

4. Finding the 3 coordinates of the vertex of the parabola (x,y) and parameter, t. This is done by the -b/(2a) method.

5. Finding the 3 coordinates of where the projectile hits the ground (x,y) and parameter, t. This is done by the quadratic formula.

6. Finding the coordinates of these points accurate to 2 decimal places using a TI 30XS multi-view calculator.

Student printable #1 is 1 page. It includes:

1. The difference between speed and velocity

2. The difference between distance and displacement

3. 2 degree separation between displacement and acceleration

4. Derived, df=.5at^2+vit+di

Student printable #2 is 1 page. It includes:

1. The definition of acceleration

2. When acceleration is negative

3. Mapping signs of velocity and acceleration

4. gravitational constants with a few example problems

Assignments A-F are reviews of the 2 average velocity formulas and the acceleration formula. These assignments can be printed or used at socrative.com. The socrative share numbers are included in the files. A brief description of each:

Assignment A is a 15 question multiple choice assignment over vector and scaler quantities.

Assignment B is a 15 question multiple choice assignment. The emphasis is knowing when average velocity can be found using v=.5(vi+vf). Also, displacement vs distance is emphasized.

Assignment C is a 15 question short answer assignment. The emphasis is using the 3 basic formulas and answering with the correct units.

Assignment D is a 15 question multiple choice assignment. The emphasis is using the acceleration formula.

Assignment E is a 15 question multiple choice assignment. The emphasis is the mapping directions of velocity and acceleration.

Assignment F is a 15 question multiple choice assignment. The emphasis is mapping directions of velocity and acceleration as well as some gravity problems.

Assignment #1 is a 24 question multiple choice assignment. The emphasis is finding points on the plane given parametric equations. It is on 1 page for easy printing.

Assignment #2 is a 24 question multiple choice assignment. The emphasis is understanding, recognizing and making parametric equations for 2 dimensional motion. It is on 1 page for easy printing.

Assignment #3 is a scripted problem. The student:

1. Writes the initial velocity vector in both polar and rectangular form

2. Writes the parametric equations needed

3. Fills out a table of values over a given time interval

4. Models the motion with a graph

5. Finds, accurate to 2 decimal places, the coordinates of the vertex and where the projectile hits the ground.

It is on 1 page for easy printing and free in the preview file.

Assignment #4 is like #3

Assignment #5 is like #3

Assignment #5 is like #3

Thank you for looking

Intro #1 is a 50 page 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 page file. The formula df=.5at^2+vit+di is derived from 3 simple motion formulas.

Intro #3 is a 76 page instructional file. The parts of the parametric equations needed to solve and graph 2 dimensional projectiles are intricately discussed. The topics include:

1. x component of the initial velocity vector

2. y component of the initial velocity vector

3. Modeling the projectile with a graph

4. Finding the 3 coordinates of the vertex of the parabola (x,y) and parameter, t. This is done by the -b/(2a) method.

5. Finding the 3 coordinates of where the projectile hits the ground (x,y) and parameter, t. This is done by the quadratic formula.

6. Finding the coordinates of these points accurate to 2 decimal places using a TI 30XS multi-view calculator.

Student printable #1 is 1 page. It includes:

1. The difference between speed and velocity

2. The difference between distance and displacement

3. 2 degree separation between displacement and acceleration

4. Derived, df=.5at^2+vit+di

Student printable #2 is 1 page. It includes:

1. The definition of acceleration

2. When acceleration is negative

3. Mapping signs of velocity and acceleration

4. gravitational constants with a few example problems

Assignments A-F are reviews of the 2 average velocity formulas and the acceleration formula. These assignments can be printed or used at socrative.com. The socrative share numbers are included in the files. A brief description of each:

Assignment A is a 15 question multiple choice assignment over vector and scaler quantities.

Assignment B is a 15 question multiple choice assignment. The emphasis is knowing when average velocity can be found using v=.5(vi+vf). Also, displacement vs distance is emphasized.

Assignment C is a 15 question short answer assignment. The emphasis is using the 3 basic formulas and answering with the correct units.

Assignment D is a 15 question multiple choice assignment. The emphasis is using the acceleration formula.

Assignment E is a 15 question multiple choice assignment. The emphasis is the mapping directions of velocity and acceleration.

Assignment F is a 15 question multiple choice assignment. The emphasis is mapping directions of velocity and acceleration as well as some gravity problems.

Assignment #1 is a 24 question multiple choice assignment. The emphasis is finding points on the plane given parametric equations. It is on 1 page for easy printing.

Assignment #2 is a 24 question multiple choice assignment. The emphasis is understanding, recognizing and making parametric equations for 2 dimensional motion. It is on 1 page for easy printing.

Assignment #3 is a scripted problem. The student:

1. Writes the initial velocity vector in both polar and rectangular form

2. Writes the parametric equations needed

3. Fills out a table of values over a given time interval

4. Models the motion with a graph

5. Finds, accurate to 2 decimal places, the coordinates of the vertex and where the projectile hits the ground.

It is on 1 page for easy printing and free in the preview file.

Assignment #4 is like #3

Assignment #5 is like #3

Assignment #5 is like #3

Thank you for looking

Total Pages

76 pages

Answer Key

Included

Teaching Duration

3 days