IB Physics 11 Mr. Jean September 5 th, 2013. The plan: Video clip of the day Student Agenda Highlights IB Physics 11 Course Overview Hand out Lab safety.

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Presentation transcript:

IB Physics 11 Mr. Jean September 5 th, 2013

The plan: Video clip of the day Student Agenda Highlights IB Physics 11 Course Overview Hand out Lab safety sheets Review Re-arranging sheets Take a look at scientific notation

Student Agenda Highlights

IB Physics 11: This may be subject to change; however tentatively this is the plan for now. September: Chapter #1 to 3 (COLI) –One dimension motion –Constant acceleration models –Two dimension motion –Relative motion –Projectile motion Lab Hours: 6-8 hours

IB Physics 11: October: Chapter 4 Dynamics –One dimensional forces –Two dimensional forces –Newton’s Laws of motion –Friction –Inclined planes Lab Hours: 6-8 hours

IB Physics 11: November Chapter 6 –Work & Energy Work done by forces Potential Energies Elastic Energies Conservation of energy Lab Hours: 4 - 6

IB Physics 11: December Chapter 7 –Linear momentum Impulse 1 dimensional collisions 2 dimensional collisions Elastic & inelastic collisions Center of Mass Lab Hours: 6-8

IB Physics 11: January Chapter 11 –Waves SHM Energy in SHM Pendulums Damped Harmonics Forces vibrations & Resonance Wave motion Types of waves Reflection Super position & Interference Standing waves Refraction & diffraction

Student Agenda Highlights

Lab Safety Contract: Review Questions Please return a signed copy tomorrow

Re-arranging equations:

Scientific Notation: Converting from scientific notation to decimal notation and vice versa. Example #1: Example #2:

Scientific Notation: Converting from scientific notation to decimal notation. Example #1: 8.1 x 10 3 Example #2: 7.80x10 -4

Work to complete in class: Complete the rest of the scientific notation and re-arranging assignment for tomorrow. You have 15 minutes right now to get as much done as possible. Do not forget the lab safety contracts!

Computer & Progress:

Quantum Futures: Teleportation? Space Ladders? Un-smashable cars? Invisibility? ……

Questions from Quantum Futures: There are 10 questions from the video Quantum futures which you will need to copy down. Leave 3 to 5 spaces between each question.

Quantum Futures: 1.What does mastery of matter mean for our future? 2.What are some of the differences between the quantum level and our physical world? 3.What are super conductors? What do they do?

4.How was invisibility created at the micro- wave level? 5.What are carbon nanotubes? What will they do to every day materials? 6.How will nano-robots change medicine? Do you trust it? 7.What are some of the problems with nano- technology for future sustainable?

8.What is a self assembler? According to the video will you see it in your lifetime? What would you make? 9.What is teleportation? How have we accomplished this? 10. In your opinion what field of technology will have the greatest use for Nano- technology. (ie: Health, Construction, Communication, Transportation…)