Posted by: mrborden | September 29, 2012

Week 5 Our Solar System


Oct 5 2012
QFD: After a storm comes a calm Matthew Henry
?FD: Name 3 differences between a star and a planet
Objective: ESS 1A Students know how the differences and similarities among the sun, the terrestrial planets, and the gas planets may have been established during the formation of the solar system at a level to teach others
1) post quiz – 2a 2d
2) Place your vocabulary words into 3 columns (Sun, Terrestrial planet traits, and Gas planet traits)
3) copy charts on pages 683 and 691
4) Draw a picture or visual for each of your vocabulary words
Oct 4 2012
QFd:I think the first virtue is to restrain the tongue; he approaches nearest to gods who knows how to be silent, even though he is in the right. Cato the Elder
?FD: Name the planets in order from the Sun
Objective: ESS 1A Students know how the differences and similarities among the sun, the terrestrial planets, and the gas planets may have been established during the formation of the solar system at a level to teach others
1) perfect paragraphs
2) vocabulary and paragraph with words
3) Place your vocabulary words into 3 columns (Sun, Terrestrial planet traits, and Gas planet traits)
4) copy charts on pages 683 and 691
Oct 3 2012
QFD: Believe nothing against another but on good authority; and never report what may hurt another, unless it be a greater hurt to some other to conceal it. William Penn
?Fd: How will a giant star that is under 40 angstroms end s its life?
Objective: ESS 1A Students know how the differences and similarities among the sun, the terrestrial planets, and the gas planets may have been established during the formation of the solar system at a level to teach others
1) perfect paragraph
2) telescope, drawing of the sun
3) vocabulary + poll (if time) or as Homework
Vocabulary words (pg709)( Look them up and write 5 of them in a perfect paragraph)
1) geocentric 2) heliocentric 3) ellipse 4) inertia 5) nuclear fusion 6) photosphere 7) chromosphere 8) corona 9)sun spot 10) prominence 11) terrestrial planet 12) retrograde rotation 13) greenhouse effect 14) gas giants 15) comet 16) asteroid 17) asteroid belt 18) meteor
19) meteorite 20) solar flare

Oct 2 2012
QFD: A science is any discipline in which the fool of this generation can go beyond the point reached by the genius of the last generation. ~Max Gluckman
?FD: Are you going to save a link to your website on your computer or cell phone? Did you learn how to make a website?
Objective: ESS 1A Students know how the differences and similarities among the sun, the terrestrial planets, and the gas planets may have been established during the formation of the solar system at a level to teach others
Word of the Day : Terra = Earth
(seating chart)
1) Lifecycle of stars – visual
2) comments
3) Summative project 2012


Oct 1 2012
QFD: Science is the great antidote to the poison of enthusiasm and superstition. ~Adam Smith
?fd: Do you have an email address?, if not you will need to sign up with gmail or yahoo, you also have a school email address that you may use also
Objective:  ESS 1A Students know how the differences and similarities among the sun, the terrestrial planets, and the gas planets may have been established during the formation of the solar system at a level to teach others
Word of the Day : Terra = Earth
1) computer lab
2) http://mrborden2011.wikispaces.com/
3) You will create a website using wikispaces.com with a partner or by yourself
4) You will copy and paste all information from the mrborden2011 site onto your new website
5) extremely important *** use your middle name as the password and write down your website name into your notebook , which will start as (period#and lastname,first inital) example period3SanchezM
6) answer the 3 polls located below
7) Write and type a paragraph that compares the lifecycles of a medium star, a giant star, and a super massive star below as a comment on the bottom of this blogsite
8) if you still have time search for a picture of a rocket, space shuttle, or Mars to put on your website since you will need them eventually


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Responses

  1. well medium size star becomes a red giant. Then a planetary nebula,then a white dwarf there it becomes a black dwarf. Giant star becomes a super red giant then a super nova happens from there it becomes a neutron star. And a super giant becomes a supergiant and black hole.

  2. A medium star turns into a red giant the same time a giant star becomes a super red giant and a super red giant becomes a super giant. They all change into something different like a red giant turns into a planetary nebula and a super red giant turns into a super red giant turns into a super nova and a super giant turns into a black hole. The planetary nebula turn into a white dwarf then the super nova turn into a neuron star.

  3. Medium size star turns into a red giant then planetary nebula, white dwarf, and finally a black dwarf. Giant size stars turns to a super red giant, then a super nova, and finally a neutron star. And a super giant star turns into a super red giant and then a black hole.

  4. medium size star turns into a red giant then planetary nebula ,white dwarf,and finally a black dwarf.giant size star turns to super red giant ,then a super nova ,and finally a neutron star.and a super giant star turns into a super red giant and then a black hole.

  5. The order of the stars life is as follows(shortest to longest):
    1. Supergiant Star.
    2. Giant Star
    3. Medium sized star
    And they all end up as different types in the end, A supergiant ends as a black hole, a Giant ends as a Neutron Star, and a Medium sized ends as a black dwarf. Those are some of the facts about the life cycles of each star.

  6. stars life cycle begins when a cloud of dust with the materials that are needed to create a star form, then the grew bigger and then the become red giants and there big and bright and then they explode and become either white dwarfs or just dust

  7. a stars life cycle starts when a cloud of dust with materials that are needed to create a star from,then they grow bigger and then be come red giants and then they get bigger and hotter and brighter. then the become super novas and at the end they either become dust.

  8. sun —–> red giant —–> white dwarf —–> black dwarf giant crigel —–> super red giant —-> supernova —–> black hole.

  9. a small/med stars life cyle begins as a red giant ->nova->white dwarf->brown dwarf-> and ends as a black dwarf suns life cycle ->medium->red giant ->white dwarf->black hole

  10. medium> PLANETARY NEBULA >red giant>whited dwarf>>black dwarf.

    Giant>super giant>super novae>nuetron star.

    super giant> Super giant> BLACK HOLE.

  11. med>red giant>planetary nebula>white dwarf>black dwarf > giant >super red giant> >super nova> neutron super giant>super giant>black hole.

  12. medium>red giant>white dwarf>black dwarf.

    giant>super giant>super nova>nuetron star.

    super giant> super giant> black hole.

  13. med: red giant ,planetary nebula ,white dwarf ,black dwarf
    giant: super giant, super nova, neutron
    supergiant: super giant, black hole.

  14. sun—red giant—white dwarf—black dwarf—super neutron—giant— supered giant—nova—super giant— super giant—Black hole.

  15. small/med. to red giant to nova to white dwarf
    Giant to super red to super nova to nutron star
    Super giant to black hole

  16. Medium stars will become Red Giants then collapse into a planetary nebula and become a white dwarf then become a black dwarf. Giant stars will become a red giant then collapse into a super nebula and then become a neutron star. A Supergiant will become a Super red giant and when it collapses it will cause a super nova and create a black hole.

  17. All stars are born from a nebula.Then they turn into a protostar.After they are a protostar they go into their main sequence.They are a medium star, then they go to a giant then a super giant.They turn into a white dwarf then a black dwarf….

  18. the lifecycles of a medium star, a giant star, and a super massive star

  19. Medium sized star turn into planetary nebulas, then white dwarfs, and lastly, black dwarfs.
    Giants turn into super red giants, then super nova, then a neutron star.
    Super Giants turn into black holes.

  20. The medium size star goes to a red giant then to a planetary nebula then to a white dwarf and to a blackdwarf. Giant stars go to superred giant then to super nova and then to neutron.The supergiant goes to supergiant then to a black hole.

  21. So like, a median size star goes to a red giant and then a plantetary nebula.
    Then it goes to a white dwarf, and then it goes to a black dwarf.
    Now a Giant star goes to a super red giant , and then a super nova.
    Finally, a super giant star goes to a super giant, and then a back hole.

  22. a medium sized star turns to a red giant then to a planetary nebula to a whit dwarf, then black dwarf. A giant turns to a super giant then to a nubla. A super giant turns to a blackhole.

  23. a medium star turns into a red giant then .then a white dworf then a black dworf a giant star will become a super giant then super nova a super jian will turn into a black hole

  24. a medium size star becomes a red giant then planetary then white dwarf then black dwarf,,,A giant star becomes a super giant then super nova then neutron,,A super giant becomes a supergiant then a blck hole.

  25. med->red giant->primary nebula->white dwarf->black dwarf->giant->super red giant->super nebula->neutron->super giant->super giant->black hole

  26. i have learned about the medle star and the giant star it was hard to lean this but i did hope your proud of me thankxxx borden

  27. med->red giant->plantetary nebula->whitedwarf->black dwarf.

    giant->suppered giant->supernoba ->neutron-supergiant->black hole.

  28. A medium star turns into a plantetary nebula then into a white dwarf then into a blackdwarf.
    A giant star turns into a supered giant then into a super nova then into a neutron.
    A super giant turns into a black hole.

  29. main sequence medium to red giant to planetary nebula to white dwarf to black dwarf to giant to super giant to super nova to nutron to super giant to super giant to black hole

  30. A med. star trues in to a red giant then planetary nebula , then a white dwarf, then a back dwarf
    A giant star will become a super giant then a super nova then a neutron .
    supergiant and then it go to supergiant again and then a black hole> XD

  31. Medium star turns into a supergiant.

  32. i learned about the life cycles and the stars. It was kinda confusing and difficult but they were all different with different meanings to them.

  33. A stars life cycle, A medium size star ends its life, First by becoming a red giant then becoming a planetary nebula and then next white drawf then lastly a black drawf. A giant star ends its life by becoming a super red giant then exploding into a supernova finally becoming a neutron star.
    A supergaint star ends its life by becoming a super red giant star then turns into a blackhole.

  34. med red-> giant ->plantetary nebula->
    white dwart ->blackdwarf ->
    giant-> super giant -> super nova ->black hole

  35. life cycles of a med star is red giant.a giant star is superred giant and super nova and a super messive star is super giant,a black hole.

  36. The life cycles of stars start with a medium sized star.The medium sized star is like our sun.Then, its grows into an giant red star.The giant red star is like the next star next to us.Finally, is a supergiant star, its like Beetlejuice
    and Rigel near the end of their life cycle.

  37. A stars life cycle begins as a medium star and expands into a red giant. Finally expanding into a super giant red star. Then it explodes. . . .

  38. medium stars live longer the stars that are bigger then them like a giant star will not live as long as a medium star think of it as a car the medium star is a small car and the giant star is like a huge truck witch one is going to have more gas for a longer time and the same goes for a super massive star the super giant is like the big truck and the super giant star is like a tank witch is going to have gas longer in a dive the medium because the star dost not use as mush power to keep the star alive.

  39. Medium size star turns into a red giant then planetary nebula, white dwarf, and finally a black dwarf. Giant size stars turns to a super red giant, then a super nova, and finally a neutron star. And a super giant star turns into a super red giant and then a black hole appears.

  40. i think life cycles of a med star is red giant then a planetary rebula then white dwarf finally a blackdwerf.a giant star is superred giant then super nova finally neation.a super giant then a super nova finally a black hole

  41. I had a Question about the web site when we change the rocket do it have to be another rocket, can it be something different M.M.B pleas.

  42. Medium sized star turn into nebulas, then white dwarfs, and finally black dwarfs.Giants turn into super red giants and then super nova and finally a neutron star.Super Giants turn into black holes.

  43. borden are u gnna check the vocab. tommorow???

    • on friday but yes I am going to check it this week


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