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PhysicsWithMsNigro

Rated 4.43 out of 5, based on 7 reviews
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BETHPAGE, New York, United States
About the store
15 years teaching physics, engineering, forensics, research and math.
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All resources

Preview of 9.1. Work & Power Lesson Slides

9.1. Work & Power Lesson Slides

Definition of Work Equation for Work The Joule Derived and Fundamental Units Work with forces at an angle Work against gravity Power definition Power equations The Watt The power/time relationship *This topic has lesson slides, guided notes, videos and practice*
Preview of The Particle Adventure Activity

The Particle Adventure Activity

This is a webquest that is given to students to learn about the development of the field of particle physics. I cannot find this website anymore so I saved slides to go with The Particle Adventure Activity. The slides are listed separately as a free resource.
Preview of 9.4. Energy Conservation Lesson Slides

9.4. Energy Conservation Lesson Slides

Forms of Energy Conservation of Mechanical Energy Rollercoasters Pendulum KE to PE PE to KE PEs to KE or PE
Preview of 4.3. Types of Forces & Free Body Diagrams Lesson Slides

4.3. Types of Forces & Free Body Diagrams Lesson Slides

Free Body Diagrams Friction Normal Force Force of Gravity Applied Forces FBD of objects on a horizontal surface, on an inclined plane, on free fall, with or without friction, with or without acceleration *This lesson goes with guided notes and a free video*
Preview of 4.6. Normal Force, Apparent Weight, Elevator Problems Lesson Slides

4.6. Normal Force, Apparent Weight, Elevator Problems Lesson Slides

Normal Force Apparent Weight Elevator Problems Weightlessness Examples *This topic has lesson slides, guided notes and a free video*
Preview of 4.5. Mass and Weight Lesson Slides

4.5. Mass and Weight Lesson Slides

Differences between mass and weight Mass and weight on different planets or moons Fg = mg Scalar and vectors Finding acceleration due to gravity from Weight vs. Mass graphs Action-Reaction and weight *This topic has lesson slides, guided notes and a free video*
Preview of 12.2. Magnetic Fields Lesson Slides

12.2. Magnetic Fields Lesson Slides

The magnetic field around the Earth Solar wind Earth and Mars Aurora Borealis The compass Magnetic field lines around a magnet Magnetic field lines between two magnets *This topic has lesson slides, guided notes and videos*
Preview of 9.2. Energy Lesson Slides

9.2. Energy Lesson Slides

What is Energy Mechanical Energy Kinetic Energy Different Types of Potential Energy Energy Graphs and Mathematical Relationships *This topic has lesson slides, guided notes, videos and practice*
Preview of 9.5. Internal Energy Lesson Slides

9.5. Internal Energy Lesson Slides

Internal energy, temperature and heat Energy equations *This topic has lesson slides, guided notes and a video*
Preview of 9.3. Elastic Potential Energy Lesson Slides

9.3. Elastic Potential Energy Lesson Slides

Hooke's Law Spring Constant Spring Constant Graphs Work done to stretch a spring Work on spring graph *This topic has lesson slides, guided notes, videos and practice*
Preview of 3.5. Resolving Vectors Into Horizontal and Vertical Components Lesson Slides

3.5. Resolving Vectors Into Horizontal and Vertical Components Lesson Slides

Resolving a vector into horizontal and vertical components visually using a grid Using trigonometry to resolve a vector into horizontal and vertical components
Preview of 10.7. Potential Difference Lesson Slides

10.7. Potential Difference Lesson Slides

Potential difference Gravity analogy Potential difference equation The electronvolt The Joule *This topic has lesson slides, guided notes and video*
Preview of 10.3. Conservation of Charge Lesson Slides

10.3. Conservation of Charge Lesson Slides

Conservation of charge Two identical metal spheres transferring charge Coulombs, microcoulombs and elementary charges *This topic has lesson slides, guided notes and video*
Preview of 3.4. Max-Min Vectors Range of Resultant Lesson Slides

3.4. Max-Min Vectors Range of Resultant Lesson Slides

Adding vectors mathematically at 0, 90 and 180 degrees Adding concurrent vectors graphically using the parallelogram method Noting the pattern of adding concurrent vectors as angle increases The resultant max and min range
Preview of 3.3. Adding Vectors Graphically Lesson Slides

3.3. Adding Vectors Graphically Lesson Slides

The Tip-to-Tail Method for adding vectors The Parallelogram method for adding vectors Common mistakes in drawing vectors Adding vectors mathematically at any angle using law of cosine and law of sine * These slides go with guided notes and a video*
Preview of 3.6. Equilibrium Lesson Slides

3.6. Equilibrium Lesson Slides

Free body diagrams of system in equilibrium and not in equilibrium Force, acceleration, velocity and displacement graphs of objects in equilibrium and not in equilibrium The equilibrant Pattern of the magnitude of the equilibrant of two concurrent vectors at increasing angles *These slides go with guided notes and a free video*
Preview of 2.5. Position Graphs Lesson Slides

2.5. Position Graphs Lesson Slides

Linear motion equation graphs Ticker tape graphs Motion maps Constant velocity and accelerated motion graphs Getting information from position graphs Slope and y-intercept of position graphs Describing motion from position graphs Forward, backwards and at rest graphs *This topic has lesson slides, guided notes and videos*
Preview of 5.1. Projectile Motion Lesson Slides

5.1. Projectile Motion Lesson Slides

Horizontal and vertical motion Constant speed vs. accelerated motion Horizontal independent from vertical Bullet fired vs bullet thrown Height and time in air The 4 cases of projectile motion Mass and free fall Galileo and the Tower of Pisa experiment Hammer and feather drop on the Moon Free fall *This topic has lesson slides, guided notes and videos*
Preview of 4.3. Types of Forces Lesson Slides

4.3. Types of Forces Lesson Slides

Newton's First Law of Motion Newton's Second Law of Motion F = ma The Newton Derived and Fundamental Units Linear and inverse relationships in a = F/m The net force F = ma practice *This lesson goes with guided notes and a free video*
Preview of Acceleration Practice

Acceleration Practice

Acceleration Practice (no distance)
Showing 1-20 of 45 results

About the store

Experience

15 years teaching physics, engineering, forensics, research and math.

Teaching style

Teaching for Mastery: Allowing students to retake assessments until each topic is mastered. Flipped Classroom: I record myself teaching each lesson and post the videos on Google Classroom for my students. Students who are absent, confused, slower note takers or seeking to review material benefit tremendously from watching the videos over and over, and pausing and rewinding them. NGSS NYSSLS

Awards & shining teacher moments

LIPTA Executive Board Member. Around 40% of my students have earned 85% or higher as a grade on their Physics Regents Exam consistently over the past 6 years.

My own education history

75+ Graduate Credits in Education - NYSUT, NY Masters in Physics - Queens College, NY Bachelors in Mathematics - Queens College, NY Minor in Secondary Education - Queens College, NY Associates in Mathematics and Languages - Nassau Community College, NY High School - La Presentación, Medellin, Colombia

Additional biographical information

Born and raised in Medellin, Colombia Attended all-girl Catholic High School in Colombia and moved to NY to learn English and study abroad. I was pleasantly surprised at how easy College level Mathematics classes were in the US. After all, Mathematics back in my high school in Colombia seemed to be at a much higher level than the College level Mathematics classes I was taking. I decided to become a US citizen and teach Physics after learning just how much demand there is for Physics teachers in the US. It was the best decision I ever made. I love my job and I love my students. Through the years, I’ve learned how to make Physics concepts easier for my students to learn, and how to demonstrate several ways to meet the needs of each of my students regardless of their learning style. Every year, I continue to improve my work and add pieces that I learn from colleagues, workshops, social media and even students themselves.