6.4 Nebulae

03 April 2023
Unit 6.4 Nebulae
1 / 16
next
Slide 1: Slide
PhysicsSecondary EducationAge 12,13

This lesson contains 16 slides, with interactive quizzes, text slides and 4 videos.

Items in this lesson

03 April 2023
Unit 6.4 Nebulae

Slide 1 - Slide

Content objectives
  • describe what nebulae are
  • explain how stars can be formed in nebulae
  • paint what a nebula looks like

Slide 2 - Slide

  • What do you know about our sun?
  • How did our sun form?
Prior Knowledge Check
timer
1:00

Slide 3 - Slide

Slide 4 - Video

Slide 5 - Video

Slide 6 - Video

Slide 7 - Video


What is described as clouds of gas and dust in space? 
stellar nursery
constellation
nebula
sun

Slide 8 - Poll


What gases are usually found in nebulae?
A
hydrogen and helium
B
helium and carbon dioxide
C
hydrogen only

Slide 9 - Quiz


The particles of gas and dust are very close in nebulae.
I agree.
I disagree.

Slide 10 - Poll


A nebula the same size as the Earth would have a mass of only a few kilograms.
I agree.
I disagree.

Slide 11 - Poll

Creative Output
Info Poster of Stars

Slide 12 - Slide

  • Pair-up (8 pairs).
  • Bring your laptop out.
  • Select one star from the list that you will feature on your poster.
  • Follow the format shown.
  • Your output must demonstrate the following criteria: 
  • accurate info with reference (15%) 
  • creative design and organisation of details (25%)
  • topic relevance (35%)
  • effective presentation (25%)
Activity Procedure
timer
1:00

Slide 13 - Slide

Slide 14 - Slide

  • Pair 1 (Nalin-Suor) : Antares and Arcturus
  • Pair 2 (Keriya-Nich) : Capella and Lacerta
  • Pair 3 (Moni-Ponna) : Sirius and Rigel
  • Pair 4 (Venn-Phimean) : Average Stars Become White Dwarfs
  • Pair 5 (Kimmeng-Yali) : White Dwarfs May Become Novae
  • Pair 6 (Rita-Litty) : Supernovae Leave Behind Neutron Stars/Black Holes
  • Pair 7 (Korng-Neath) : Neutron Stars
  • Pair 8 (Cola-Kate) : From the Remains, New Stars Arise
Star List and Facts
timer
1:00

Slide 15 - Slide

What's next?

Slide 16 - Slide