Thursday January 10, 2013 (Complete Lab - Fossils)

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Thursday January 10, 2013 (Complete Lab - Fossils)
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Transcript of Thursday January 10, 2013 (Complete Lab - Fossils)

Page 1: Thursday January 10, 2013 (Complete Lab - Fossils)

ThursdayJanuary 10, 2013

(Complete Lab - Fossils)

Page 2: Thursday January 10, 2013 (Complete Lab - Fossils)

brachiopod

gastropod

ammonite

trilobite

The Launch PadThursday, 1/10/13

Identify

Page 3: Thursday January 10, 2013 (Complete Lab - Fossils)

Crinoid stem

The Launch PadThursday, 1/10/13

Identify

fossilized shark tooth

petrified wood

fossilized dinosaur

bone

Page 4: Thursday January 10, 2013 (Complete Lab - Fossils)

AnnouncementsHappy Peculiar People

Day!

Page 5: Thursday January 10, 2013 (Complete Lab - Fossils)

AnnouncementsI will not be available

after school today due to a faculty meeting.

Page 6: Thursday January 10, 2013 (Complete Lab - Fossils)

Assignment Currently Open

Summative or

Formative?Date Issued Date Due Date Into

GradeSpeed Final Day

Quiz 14 S4 12/12 12/12 12/19 1/16

WS – What is a Fossil?

CrosswordF1 1/8 1/9 1/11

Lab – Fossils F2 1/9 1/10 1/18

Page 7: Thursday January 10, 2013 (Complete Lab - Fossils)

Recent Events in ScienceEarth-Size Planets Common in Galaxy: Perhaps 17 Percent of Sun-Like

Stars Have Earth-Size Planets Within the Orbit of Mercury

Read All About It!www.sciencedaily.com/releases/201

3/01/130108132040.htm

An analysis of the first three years of data from NASA's Kepler mission, which already has

discovered thousands of potential exoplanets, contains good news for those searching for habitable worlds outside our solar system.It shows that 17 percent of all sun-like stars

have planets one to two times the diameter of Earth orbiting close to their host stars,

according to a team of astronomers from the University of California, Berkeley, and the

University of Hawaii at Manoa.This estimate includes only planets that circle

their stars within a distance of about one-quarter of Earth's orbital radius -- well within the

orbit of Mercury -- that is the current limit of Kepler's detection capability. Further evidence

suggests that the fraction of stars having planets the size of Earth or slightly bigger

orbiting within Earth-like orbits may amount to 50 percent.

Page 8: Thursday January 10, 2013 (Complete Lab - Fossils)

COMPLETE Lab - Fossils