Activation energy and
Harvesting energy from
Chapters 8.1, 8.2, 8.3, 9.1, parts of 9.2
Chemistry review WEDNESDAY 2205 Haring 6:10-7:00
Learning goals for today
You should be able to discuss:
the relationship between
BIS2A Spring 2013 schedule- Britt. Duscussions on Tuesday, Thursday, or Friday
Lecure Section A MWF 4:10-5, SciLec, Section B MWF 5:10-6, SciLec
Watch for updates of this schedule! Note there are no make-up exams,
Points breakdown for BIS2A, Spring 2014, Britt
Total possible points Activity
Midterms (each midterm 100 pts, 3 midterms, drop
Discussion Points (see discussion manua
Iclicker2 FAQ for Bis2A, Dr. Britt
1) What is this thing for?
Im using this for lots of reasons: to get feedback from you during class on your level of
comprehension, to break the class up a bit, so youre not
BIS2A General course info, Spring 2014, Prof. Anne Britt
Welcome to BIS2A! This page should include information to get you started. You will find all
course info on our Smartsite- under Resources.
BIS2A Office Hours
Dr. Britts office hours are Wednesdays 9-11, in her office (2249 Life Sciences).
Bring your questions to office hours. I dont often answer science questions via
TA office hours will
LS 1, Pires
Observing and Quantifying Animal Behavior
One of the most famous phrases of evolutionary, Survival of the Fittest, is an
alternate explanation for natural selection, describing that certain biolo
LS 1 Pires
Horse Evolution lab
Fossils as many understand, are preserved remnants of a once-living organism.
What makes fossils so valuable to biologists is that fossils are the most direct source of
information about the evolut
Section 2D Tina
LS 1 Chordate assignment
4. The skulls of the species Acinonyx Jubatus and Vulpes velox both have large eye
relatively centered in the middle of the skull. Unlike the Acinonyx lubatus, Vulpes velox
have a longer and narrower V
The intimate relationship
between earth and life
Origin of elements, the earth and
organic molecules before life
History of life on earth
chemical landmarks and major puzzles
How could earth feed first life?
Why does redox chemistry run life?
Bis2A: Origins and Essentials of Life
An Introduction to Biology
Plan of the Course
This course deals with fundamental properties of living things and basic questions that
biologists are trying to answer. While many of your previous science
Whats in this folder.
These essays grapple with the surprisingly difficult problem of defining Life.
Like many biological terms, the word life is in common use but the definition is
uncertain. If youre going to study biology, maybe its time to face this p
The fates and uses of electrons released by
All life is energized by REDOX chemistry - Hot electrons are released by a donor molecule
- and transferred to an acceptor molecule.
Each member of the group is to turn in
their HW and vocabulary. Staple each
assignment together as a group. Each
group should have two piles of work to
turn in. The one on top will be graded.
Place all group members real names on the
Warm Up Questions
If youre here early . . . work on theses questions.
What are the absolute minimum criteria that distinguish
living from nonliving things?
What is electronegativity and how can you tell if an atom is
electronegative (compared to what?
Using light instead of fuel
Life as an AUTOTROPH
(Dont think about oxygen quite yet)
use FUEL as their source of
electrons and carbon
Fermenters - dump their excess reducing power (two toys)
- get ATP from subs
Some basic chemistry of life
Extracting and using energy
from redox reactions
Today - look for answers to these ->
1. Where does the energy come from?
2. What makes something a good fuel?
3. Why is the match important?
4. How does life get usefu
Introduction to Biology Bis2A
Origins and Essentials of Life
The first in a series of introductory
biology courses. (Bis2A, B, C)
Bis2A Origins and essentials of Life
Bis2B Diversification of life - evolution/ecology
Bis2C Nature of biological diversity k
L IFE A ND I NFORMATION
W HAT I S I ./FE?
originaL This is an effective way o f copying a surface, b ut would not work i f the
object t o be copied resembled a living organism with a complex internal struc
ture, down to the level o f cells and molecules
Transition state energy
Inherent (chemical) and kinetic energy
Rate constant (probability of a reaction)
Rate of a reaction (actual flux or molecules/unit time)
Reaction sequence or path