Канал: Stephen Jehl

AP Biology class observation

AP Biology class observation

Unit review screencast

Unit review screencast

FG Overview Online Cohort

FG Overview Online Cohort

Facilitator Guide Overview (science)

Facilitator Guide Overview (science)

NMSI Mentor Training Screencast

NMSI Mentor Training Screencast

IPR Screencast

IPR Screencast

screencast CRPSI

screencast CRPSI

NMSI AP2 Fluids C3

NMSI AP2 Fluids C3

NMSI AP2 Thermodynamics B2

NMSI AP2 Thermodynamics B2

NMSI AP2 Thermodynamics B4

NMSI AP2 Thermodynamics B4

NMSI AP2 Thermodynamics C3

NMSI AP2 Thermodynamics C3

NMSI AP2 Fluids C4

NMSI AP2 Fluids C4

NMSI AP2 Thermodynamics B3

NMSI AP2 Thermodynamics B3

NMSI AP2 Fluids B1

NMSI AP2 Fluids B1

NMSI AP2 Fluids C1

NMSI AP2 Fluids C1

NMSI AP2 Thermodynamics C2

NMSI AP2 Thermodynamics C2

NMSI AP2 Fluids C5

NMSI AP2 Fluids C5

NMSI AP2 Fluids B3

NMSI AP2 Fluids B3

NMSI AP2 Fluids B2

NMSI AP2 Fluids B2

NMSI AP2 Fluids C2

NMSI AP2 Fluids C2

NMSI AP2 Thermodynamics C1

NMSI AP2 Thermodynamics C1

NMSI AP2 Fluids A

NMSI AP2 Fluids A

NMSI AP2 Fluids C6

NMSI AP2 Fluids C6

NMSI AP2 Thermodynamics B1

NMSI AP2 Thermodynamics B1

NMSI AP2 Thermodynamics A

NMSI AP2 Thermodynamics A

NMSI AP2 Thermodynamics B5

NMSI AP2 Thermodynamics B5

6B4 Hydrogen energy level lab (data collection)

6B4 Hydrogen energy level lab (data collection)

6B5 Hydrogen energy level lab (data analysis)

6B5 Hydrogen energy level lab (data analysis)

6C3 Probability activities: Radioactive Dice (data analysis)

6C3 Probability activities: Radioactive Dice (data analysis)

6C2 Probability activities: Radioactive Dice (data collection)

6C2 Probability activities: Radioactive Dice (data collection)

6C1 Probability activities: The Dice Race (intro and data analysis) and Radioactive Dice (intro)

6C1 Probability activities: The Dice Race (intro and data analysis) and Radioactive Dice (intro)

6B1 Photon energy lab Intro

6B1 Photon energy lab Intro

6A Unit 7: Quantum, Nuclear, and Atomic Physics (Overview)

6A Unit 7: Quantum, Nuclear, and Atomic Physics (Overview)

6B2 Photon energy lab (setup and data collection)

6B2 Photon energy lab (setup and data collection)

6B3 Photon energy lab (analysis) and hydrogen energy level lab

6B3 Photon energy lab (analysis) and hydrogen energy level lab

5B9 The Width of a Human Hair (analysis)

5B9 The Width of a Human Hair (analysis)

5B8 The Width of a Human Hair (setup and data collection)

5B8 The Width of a Human Hair (setup and data collection)

$5B7 CD Diffraction Lab (analysis) and the Width of a Human Hair (Intro)$

5B7 CD Diffraction Lab (analysis) and the Width of a Human Hair (Intro)

$5B1 Intro to red light diffraction lab$

5B1 Intro to red light diffraction lab

$5B3 Red light diffraction analysis$

5B3 Red light diffraction analysis

$5B2 Red light diffraction (set up and data collection)$

5B2 Red light diffraction (set up and data collection)

5B4 Rainbow Peephole lab (setup and data collection)

5B4 Rainbow Peephole lab (setup and data collection)

5B5 Rainbow Peephole lab (data analysis)

5B5 Rainbow Peephole lab (data analysis)

$5B6 CD Diffraction Lab (setup and data collection)$

5B6 CD Diffraction Lab (setup and data collection)

5A Unit 6 part 2: Physical Optics

5A Unit 6 part 2: Physical Optics

4B1: Snell's law and total internal reflection

4B1: Snell's law and total internal reflection

4A Unit 6 part 1: Geometric Optics

4A Unit 6 part 1: Geometric Optics

4B2: Snell's law and total internal reflection (lab setup and collecting data)

4B2: Snell's law and total internal reflection (lab setup and collecting data)

4B3: Snell's law and total internal reflection (analyzing data and extensions)

4B3: Snell's law and total internal reflection (analyzing data and extensions)

4C3: Analyzing data to find the focal length

4C3: Analyzing data to find the focal length

4C2: Collecting data to find a focal length

4C2: Collecting data to find a focal length

4C1: Intro to finding focal lengths experimentally

4C1: Intro to finding focal lengths experimentally

1C1: Intro to the PhET simulation

1C1: Intro to the PhET simulation

1B2 Demonstration of 2 oppositely charged balloons

1B2 Demonstration of 2 oppositely charged balloons

1B3 Analysis of data from the "charged balloon" activity

1B3 Analysis of data from the "charged balloon" activity

1a: Electrostatics Unit Overview

1a: Electrostatics Unit Overview

1B1 Key topics related to static charge and intro to the "balloon activity"

1B1 Key topics related to static charge and intro to the "balloon activity"

1C4 Setup of the "electric potential lines" lab

1C4 Setup of the "electric potential lines" lab

1B4: Using a speaker cone to represent electric potential

1B4: Using a speaker cone to represent electric potential

NMSI AP2 M1 Electrostatics PA

NMSI AP2 M1 Electrostatics PA

3B4 Force on a current carrying wire in a B field (demonstration)

3B4 Force on a current carrying wire in a B field (demonstration)

NMSI AP2 M2 Circuits PA

NMSI AP2 M2 Circuits PA

3B2 B field around a solenoid

3B2 B field around a solenoid

1C3 Intro to the "electric fields and potentials" lab

1C3 Intro to the "electric fields and potentials" lab

3B5 Demonstration of the field around a current carrying wire (demonstration)

3B5 Demonstration of the field around a current carrying wire (demonstration)

3A Unit 5: Magnetism Overview

3A Unit 5: Magnetism Overview

3B6 Forces on parallel current carrying wires (demonstration)

3B6 Forces on parallel current carrying wires (demonstration)

3C4 Setup for the "Earth's magnetic field" lab

3C4 Setup for the "Earth's magnetic field" lab

3C1 Overview of magnetism labs and intro to the "B field in the box" lab

3C1 Overview of magnetism labs and intro to the "B field in the box" lab

3C5 Analysis of the "Earth's magnetic field" lab

3C5 Analysis of the "Earth's magnetic field" lab

3C2 Lab setup for the "B field in the box" lab

3C2 Lab setup for the "B field in the box" lab

3B1 B field around a bar magnet (demonstration)

3B1 B field around a bar magnet (demonstration)

1C2 Demonstration of how to use the PhET "Charges and Fields" simulation

1C2 Demonstration of how to use the PhET "Charges and Fields" simulation

3B3 The force on electrons in a B field (demonstration)

3B3 The force on electrons in a B field (demonstration)

3C3 Analysis of the "B field in the box" lab and Intro to the "Earth's magnetic field" lab

3C3 Analysis of the "B field in the box" lab and Intro to the "Earth's magnetic field" lab

1A Unit 3: Electric Force, Field, and Potential

1A Unit 3: Electric Force, Field, and Potential

2A Overview of the Unit 4: Electric Circuits

2A Overview of the Unit 4: Electric Circuits

2B2 "Adjustable spoon" lab setup

2B2 "Adjustable spoon" lab setup

2C1 Overview of capacitors

2C1 Overview of capacitors

2B5 Data analysis of "bulb and resistor" lab and intro to the "real batteries" lab

2B5 Data analysis of "bulb and resistor" lab and intro to the "real batteries" lab

2C4 Capacitor lab setup

2C4 Capacitor lab setup

2B4 "Bulb and resistor" lab setup

2B4 "Bulb and resistor" lab setup

2B1Intro to the "adjustable spoon" lab

2B1Intro to the "adjustable spoon" lab

2B3 Analysis of data from the "adjustable spoon" lab and intro to "bulb and resistor" lab

2B3 Analysis of data from the "adjustable spoon" lab and intro to "bulb and resistor" lab

2C2 Capacitor in a circuit (demonstration) setup

2C2 Capacitor in a circuit (demonstration) setup

2C5 Data from the capacitor lab

2C5 Data from the capacitor lab

2C3 Intro to the "Capacitor lab"

2C3 Intro to the "Capacitor lab"

2B6 "Real batteries" lab setup

2B6 "Real batteries" lab setup

2B7 Analysis of the "real batteries" lab data

2B7 Analysis of the "real batteries" lab data

CRP SI Presenter Updates (2017)

CRP SI Presenter Updates (2017)