'Highest energy' diaporamas de présentation

Up Next: Exam 3, Thursday 4/28

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Review for Photosynthesis and Cellular Respiration

Review for Photosynthesis and Cellular Respiration. The main product of the Calvin Cycle is. NADPH Oxygen Glucose Carbon dioxide. The main product of the Calvin Cycle is. NADPH Oxygen Glucose Carbon dioxide. The name of the three groups of molecules at the end of ATP. Glucose

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High-Energy Neutrino Astrophysics

High-Energy Neutrino Astrophysics. Tom Weiler Vanderbilt University. The Cosmic Ray Timeline. 1912 Hess (Austrian) balloons to 5km, his sparks increase; also sees no change during solar eclipse 1929 Cloud chambers, and the birth of particle physics:

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Electron Configurations and Periodicity

Electron Configurations and Periodicity. Chapter 8. Electron Spin. In Chapter 7, we saw that electron pairs residing in the same orbital are required to have opposing spins. . This causes electrons to behave like tiny bar magnets. (see Figure 8.3)

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1 st Law of Thermodynamics Heat Transfer

1 st Law of Thermodynamics Heat Transfer Lecture 4 February 15, 2010 1020 1016 1016 1020 To convert from Z time to CST, subtract 6 hours. 05Z = 11 PM CST 1020 1020 1024 1016 1020 1016 1024 1020 1016 Review from last week

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1 st Law of Thermodynamics Heat Transfer

1 st Law of Thermodynamics Heat Transfer. Lecture 4 February 15, 2010. 1020. 1016. 1016. 1020. To convert from Z time to CST, subtract 6 hours. 05Z = 11 PM CST. 1020. 1020. 1024. 1016. 1020. 1016. 1024. 1020. 1016. Review from last week.

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1 st Law of Thermodynamics Heat Transfer

1 st Law of Thermodynamics Heat Transfer. Lecture 4 February 18, 2010. 1020. 1016. 1016. 1020. To convert from Z time to CST, subtract 6 hours. 05Z = 11 PM CST. 1020. 1020. 1024. 1016. 1020. 1016. 1024. 1020. 1016. Review from last week.

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Overview

Overview. Quick look at some common MEMS actuators Piezoelectric Thermal Magnetic Next: Electrostatic actuators Actuators and mechanism Beams. MEMS Actuation Options. Piezoelectric Thermal Magnetic Electrostatic Dynamics Beam bending Damping. Ferroelectrics (piezoelectrics).

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Atomic Orbitals

Atomic Orbitals. SCH4U0 Tabone. Orbital Shapes. In previous lessons we alluded to the fact that the different orbitals (subshells) have their own distinct shapes Now we are going to discuss these shapes However, before we can do that we must discuss our views about electrons

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Chapter 2

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Lewis Structures

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Power

Power. Sajeew Shanmuganathan. Outline. Derived Requirements Power and Energy Budget Energy Distribution Mass Budget System Layout Auxiliary System Schedule. Derived Requirements. The power subsystem shall: Operate between -20?C to +50?C [TBC] Provide average power of 2 W [TBC]

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CERN

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Chapter 6: Chemical Bonding

Chapter 6: Chemical Bonding. Section 1: Introduction to Chemical Bonding . Section 1: Introduction to Chemical Bonding . BELL RINGER: 10/31

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Topic 5 - Portable Power

Topic 5 - Portable Power. Electrolyte: Wet or dry substance that conducts electricity because it can form ions. Eg . Salt water, battery acid An electrochemical cell or cell is a single unit that can produce an electric current. There are two parts:

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Chapter 6: Chemical Bonding

Chapter 6: Chemical Bonding. Section 1: Introduction to Chemical Bonding . Section 1: Introduction to Chemical Bonding . BELL RINGER: 11/29

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Unit 4: Atomic and Nuclear Structure Electron Configurations III

Unit 4: Atomic and Nuclear Structure Electron Configurations III. Electron Configurations. Write the complete electron configuration for Yttrium, Y , and Gallium, Ga. Then write the 4 quantum numbers describe the electron in the highest energy orbital of each atom. Electron Configurations.

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Warmup

Warmup. Write the full ground-state electron configuration for selenium. 1s 2 2s 2 2p 6 3s 2 3p 6 4s 2 3d 10 4p 4 2. Which of these electron configurations is impossible? a. 1s 2 2s 2 2p 6 3s 2 3p 6 4s 2 3d 8 4p 6 b. 1s 2 2s 2 2p 6 2d 10 3s 2 3p 4 c. 1s 2 2s 2 2p 4 3s 1 3p 6 4s 2 3d 6

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