Cycle of Class | Plans, Tasks & Links |
Cycle 7: Tue. 10/31 -Tue. 11/7 |
Day 5/6:
After first completing our viewing of
"Roving Mars"
(and
its questions), we
took the previously announced open-note Socrative quiz on
the U.S. space program before we actually landed on the moon.
A quick look then at
the trailer for the movie "First Man" that opened today was
followed by
the
viewing/answering of questions about "Mare Tranquilitatis" (Apollo 11),
the historic mission that put humanity's first steps on another world.
Enjoy
your mini break! Day 3: Today, we moved onto our viewing of "Roving Mars" (and its questions), the story of how Spirit and Opportunity uncovered definitive proof of Mars' wet, potentially life-supporting past from their exploration of its surface from 2004 to present day. We also viewed some 3D images from Spirit and Opportunity using stereoscopic glasses. Both classes ended up needing a little time on Tuesday to finish the story up. Day 2: After each class completed its class effort on the completion of this fill-in-the-blank sheet on "The Search for Life on Mars", this assignment on 3 past or active exploratory unmanned missions to Mars was started in class and then completed for HW and is due at the start of Tuesday's day 5. Day 1: After discussing your distributed 1st MP grade sheets and the upcoming day 5 Tue. Socrative quiz on the pre-landing US space program missions (and class B finally finished Destroying Moon Landing Conspiracy Theories), we finally got into the exploration of other planets with a class effort to complete this fill-in-the-blank sheet on "The Search for Life on Mars", a comprehensive story of the human fascination and subsequent exploration of Mars from ancient times to the year 2000 to begin our unit on the mysterious planet. This would be completed during your next class. |
↑NJCCCS: 5.1(A-I), 5.2(B,E), 5.3(A,B), 5.4(B-E), 5.5(B,H,I), 5.6(A-K), 5.8(B), 5.9(E-G), 5.11(A-E), 5.20(A,B,D), 5.21(A,B), 5.22(A-C), 5.23(A,B), 5.25(A-C) ↑Bloom's: K, C, An, Ap, S, E |
↑This week's student
learning objectives (all start with "Students will
be able to..."): ■ ...describe and explain the roots of our past and current fascination with Mars and the role it could one day play in space exploration milestones, human colonization and permanent habitation. ■ ....to describe and specify the physical traits of the Earth-Sun-Moon system that create our moderate seasons, the phases of the moon, eclipses and tides that help to make Earth a (so far) unique host of life. (continued) ■ ...qualitatively describe the basic, complex relationship between science, technology and our society. (continued) |
Cycle 6: Mon. 10/23 -Mon. 10/30 |
Day 5/6:
Today was actually the day we
began to debunk Apollo moon landing conspiracy theories with
this "Destroying Moon Landing Conspiracy Theories" activity via
the viewing of a National Geographic program on such ideas (see
Mr. S. if you need the video).
Class E was instead
able to finish it up and also get to
perform an EC assignment pertaining to the making of the Earth to the
Moon series we have been watching. Day 3: After first finally completing "Spider", before we get into the remaining Apollo mission stories when we landed on the moon successfully 6 times, we began to debunk Apollo moon landing conspiracy theories with this "Destroying Moon Landing Conspiracy Theories" activity via the viewing of a National Geographic program on such ideas (see Mr. S. if you need the video). This will be completed during your next class, a long day 5 Monday. Day 2: First on this day, we took the scheduled "open note" quiz on the Earth-Sun-Moon system as previously announced before we had the rest of our time together to come close to completing "Spider" (and its accompanying questions). Day 1: This class saw you first peer-grade each other's Earth-Sun-Moon system practice quiz before we discussed its answers. Mr. S. then reminded you the real open note ESM quiz will take place TOMORROW (Wednesday)! After then taking a quick climate change pre-assessment for one of Mr. S's SGOs, we moved onto the next E to the M episode, "Spider" (and its accompanying questions), the story of the design and construction of perhaps the most sophisticated piece of hardware needed for our voyages to the moon, the Lunar Excursion Module (LEM). With this the last story about U.S. space exploration BEFORE our actual landing on the moon and your part 1 of "The Story of Humans in Space" reading complete, a Socrative quiz on the Mercury, Gemini & Apollo missions so far is on its way soon! (Install the Socrative Student app if you haven't yet!) |
↑NJCCCS: 5.1(A-I), 5.2(B,E), 5.3(A,B), 5.4(B-E), 5.5(B,H,I), 5.6(A-K), 5.8(B), 5.9(E-G), 5.11(A-E), 5.20(A,B,D), 5.21(A,B), 5.22(A-C), 5.23(A,B), 5.25(A-C) ↑Bloom's: K, C, An, Ap, S, E |
↑This week's student
learning objectives (all start with "Students will
be able to..."): ■ ....to describe and specify the physical traits of the Earth-Sun-Moon system that create our moderate seasons, the phases of the moon, eclipses and tides that help to make Earth a (so far) unique host of life. (continued) ■ ...qualitatively describe the basic, complex relationship between science, technology and our society. (continued) |
Cycle 5: Wed. 10/11 -Fri. 10/20 |
Day 5/6: 2 parts to today's long day 5: 1) Completion together of the included "Seasons Basics" sheet for 10 POINTS that will be your main way of being ready to answer the big "What causes Earth's seasons?" question when I ask it for a lot of points down the road (like in May for a big 4th MP grade!). 2) Then, we returned to the "Earth to the Moon" series to learn about the design and difficult engineering of the Lunar Module that would eventually land humans on the moon. We did this through the viewing/question-answering for "Spider" FOR 5 POINTS. Day 3: Today, it was time to address the 2nd of the 2 big questions about the Earth-Sun-Moon system in basic astronomy that I posed earlier - What causes the phases we see of the moon? NOT ONE OF YOU GOT THE QUESTION CORRECT WITH YOUR ANSWERS LAST WEEK. After first discussing the nature of the moon's orbit around Earth, your head stood in for Earth, a Styrofoam ball for the moon, and a bright light for the sun to see how simple orbiting of the moon at an angle to Earth created the phases for you to see as how much of the alway lit half of the moon we can see changes. Pages 3 and 4 of the included Earth-Sun-Moon system diagrams in our Classroom were then handed out and a NAAP animation of the phases on the screen was set in motion to serve as valuable resources for the completion of the 2-sided "Earth's Moon" worksheet FOR 10 POINTS! Days 1-2: To start off our Earth-Sun-Moon unit in earnest, Mr. S. decided it was important to discuss one of the popular anti-scientific ideas of our time - FLAT EARTHISM. After a brief discussion of what "tribalism" is in our times, we began the viewing of "Behind the Curve" and work on TODAY'S 15 POINT MAJOR ASSESSMENT question sheet that accompanied the video that helped us to better understand "flat earthers" in this "post truth" age we live in. ***STAY ON YOUR TOES (AND PRESENT IN CLASS) AS MR. S's OWN CHALLENGES TO FLAT EARTH ARGUMENTS (ALONG WITH THOSE OF SCIENTISTS IN THE VIDEO) ARE A BIG PART OF YOUR ANSWERS TO #1! ***THIS WILL STRETCH INTO AND THROUGH OUR WEDNESDAY CLASS! |
↑NJCCCS: 5.1(A-I), 5.2(B,E), 5.3(A,B), 5.4(B-E), 5.5(B,H,I), 5.6(A-K), 5.8(B), 5.9(E-G), 5.11(A-E), 5.20(A,B,D), 5.21(A,B), 5.22(A-C), 5.23(A,B), 5.25(A-C) ↑Bloom's: K, C, An, Ap, S, E |
↑This week's student
learning objectives (all start with "Students will
be able to..."): ■ ....to describe and specify the physical traits of the Earth-Sun-Moon system that create our moderate seasons, the phases of the moon, eclipses and tides that help to make Earth a (so far) unique host of life. (continued) ■ ...qualitatively describe the basic, complex relationship between science, technology and our society. (continued) |
Cycle 4: Tue. 10/3 - Tue. 10/10 |
Day
5/6:
After Mr. S. first discussed the Genesis grade
reports waiting for you and reminded you that your 2 Google Slides on a
contributor to the origins of astronomy for 25 MAJOR ASSESSMENT POINTS
IS DUE TODAY as a way to make your grade climb fast, we then
took advantage of this warm, sunny day to perform the included
"Sun Scale Lab" FOR 15 POINTS to use
basic geometry exactly like the ancient Greeks did to come up with the
diameter of the sun. |
↑NJCCCS: 5.1(A-I), 5.2(B,E), 5.3(A,B), 5.4(B-E), 5.5(B,H,I), 5.6(A-K), 5.8(B), 5.9(E-G), 5.11(A-E), 5.20(A,B,D), 5.21(A,B), 5.22(A-C), 5.23(A,B), 5.25(A-C) ↑Bloom's: K, C, An, Ap, S, E |
↑This week's student
learning objectives (all start with "Students will
be able to..."): ■ ...explain the importance of the key moments in the history of astronomy's evolution and understanding how it has helped to determine current day views and understandings of our place in the universe (i.e. - "you can't know where you are until you understand where you've been."). ■ ...express values in and convert numbers to scientific notation and describe the quantitative importance of the denoted increase or decrease in a power of 10. (continued) ■ ...qualitatively describe the basic, complex relationship between science, technology and our society. (continued) |
Cycle 3: Fri. 9/22 - Mon. 10/2 |
Day
5/6:
2 parts to today: |
↑NJCCCS: 5.1(A-I), 5.2(B,E), 5.3(A,B), 5.4(B-E), 5.5(B,H,I), 5.6(A-K), 5.8(B), 5.9(E-G), 5.11(A-E), 5.20(A,B,D), 5.21(A,B), 5.22(A-C), 5.23(A,B), 5.25(A-C) ↑Bloom's: K, C, An, Ap, S, E |
↑This week's student
learning objectives (all start with "Students will
be able to..."): ■ ...begin to grasp the vastness of the cosmos and our place in it through qualitative and quantitative identification of the great size of its planets, star systems, galaxies, clusters and superclusters of galaxies. (CONTINUED) ■ ...qualitatively describe the basic, complex relationship between science, technology and our society. (CONTINUED) |
Cycle 2: Thu. 9/14 - Thu. 9/21 |
Day
5/6:
Today was your chance to truly get a handle on the scale of our
universe, by first viewing all of it, until you have "zoomed" into our
local neighborhood in space. |
↑NJCCCS: 5.1(A-I), 5.2(B,E), 5.3(A,B), 5.4(B-E), 5.5(B,H,I), 5.6(A-K), 5.8(B), 5.9(E-G), 5.11(A-E), 5.20(A,B,D), 5.21(A,B), 5.22(A-C), 5.23(A,B), 5.25(A-C) ↑Bloom's: K, C, An, Ap, S, E |
↑This week's student
learning objectives (all start with "Students will
be able to..."): ■ ...begin to grasp the vastness of the cosmos and our place in it through qualitative and quantitative identification of the great size of its planets, star systems, galaxies, clusters and superclusters of galaxies. (CONTINUED) ■ ...qualitatively describe the basic, complex relationship between science, technology and our society. (CONTINUED) |
Cycle 1: 9/5 Opening, then Wed. 9/6 - Wed. 9/13 |
Day
5/6:
Having already watched some ambitious guys create a scale model of our
Solar System in the Nevada desert where the diameter of the sun was
equal to 1.5 meters, we are going to create our own, suited for the
B-wing of Cherry Hill West. |
↑NJCCCS: 5.1(A-I), 5.2(B,E), 5.3(A,B), 5.4(B-E), 5.5(B,H,I), 5.6(A-K), 5.8(B), 5.9(E-G), 5.11(A-E), 5.20(A,B,D), 5.21(A,B), 5.22(A-C), 5.23(A,B), 5.25(A-C) ↑Bloom's: K, C, An, Ap, S, E |
↑This week's student
learning objectives (all start with "Students will
be able to..."): ■ ...begin to grasp the vastness of the cosmos and our place in it through qualitative and quantitative identification of the great size of its planets, star systems, galaxies, clusters and superclusters of galaxies. ■ ...qualitatively describe the basic, complex relationship between science, technology and our society. |