3.1 smaller and smaller groups

Thema 3: Ordening


Basisstof 1:
Steeds kleinere groepen



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Slide 1: Tekstslide
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In deze les zitten 46 slides, met interactieve quizzen en tekstslides.

time-iconLesduur is: 120 min

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Thema 3: Ordening


Basisstof 1:
Steeds kleinere groepen



vmbo-t/havo

Slide 1 - Tekstslide

start task

  • Which cell parts do you still remember? Write them down briefly!
  • What is the main difference between a plant cell and an animal cell?

Time left? Copy the following learning objectives into your notebook (p 246):
3.1.1 You can classify organisms into domains and kingdoms.
3.1.2 You can list the features of animal, plant, fungal and bacterial cells.

timer
5:00

Slide 2 - Tekstslide

start task

opdr 1 
blz 174
timer
5:00

Slide 3 - Tekstslide

Today

What do you still remember?
Explanation of section 1
Work time
Review learning objectives / wrap-up
Homework for next week

Slide 4 - Tekstslide

learning objectives

3.1.1 You can classify organisms into domains and kingdoms.

3.1.2 You can list the features of animal, plant, fungal and bacterial cells.

Slide 5 - Tekstslide

Hoe vind jij dat biologie gaat voor jou op een schaal van 1 tot 10? (1 heel slecht, 10 super goed)
1
2
3
4
5
6
7
8
9
10

Slide 6 - Poll

Wat heb je nodig om de stof beter te begrijpen?

Slide 7 - Woordweb

A bit of review
unit 1 & unit 2

Slide 8 - Tekstslide

What is an organism?

Slide 9 - Open vraag

Which part of the cell controls everything?

A
cell wall
B
cell membrane
C
nucleus
D
cytoplasm

Slide 10 - Quizvraag

A fungus is an organism.

A
true
B
false

Slide 11 - Quizvraag

Every cell has a cell wall
A
true
B
false

Slide 12 - Quizvraag

Name an example of a characteristic of life.

Slide 13 - Open vraag

Explanation of section 1







zuidschrift + pen at hand

Slide 14 - Tekstslide

goals
  • You can classify organisms into main groups and kingdoms.

  • You can name the cellular characteristics of animals, plants, fungi, and bacteria.

Slide 15 - Tekstslide

making groups
We can divide organisms into groups based on features (kenmerken) , which are traits used to distinguish between organisms.

Slide 16 - Tekstslide

main groups
We can divide organisms into two main groups: prokaryotes and eukaryotes. Prokaryotes are small, single-celled organisms without a nucleus, while eukaryotes are large, single-celled or multicellular organisms with a nucleus.

Slide 17 - Tekstslide

main groups
We can divide organisms into two main groups: prokaryotes and eukaryotes. Prokaryotes are small, single-celled organisms without a nucleus, while eukaryotes are large, single-celled or multicellular organisms with a nucleus.

Slide 18 - Tekstslide

main groups
no (nucleus) - prokaryote
yes (nucleus) - eukaryote

Slide 19 - Tekstslide

kingdoms
The main groups can be further divided into kingdoms.

Prokaryotes are divided into two kingdoms: Bacteria and Archaea.

Eukaryotes can be divided into five kingdoms: Chromista, Protozoa, Fungi, Plants, and Animals.







Slide 20 - Tekstslide

To which main group do humans belong?

A
Prokaryotes
B
Eukaryotes

Slide 21 - Quizvraag

In which kingdom do humans belong, according to biologists?

A
Plants
B
Bacteria
C
Animals
D
Fungi

Slide 22 - Quizvraag

cell characteristics prokaryotes
Bacteria

Slide 23 - Tekstslide

Celkenmerken eukaryoten: chromista

Slide 24 - Tekstslide

Celkenmerken eukaryoten: Protozoa

Slide 25 - Tekstslide

cell characteristics eukaryotes
Fungi

Slide 26 - Tekstslide

cell characteristics eukaryotes
plants

Slide 27 - Tekstslide

cell characteristics eukaryotes
animals

Slide 28 - Tekstslide

Which main group has nuclei?
A
Eukaryotes
B
Prokaryotes

Slide 29 - Quizvraag

Alleen celwand,
altijd ééncellig
Celkern en celwand
Celkern, celwand en bladgroenkorrels
Alleen celern
Kun je 2 celonderdelen noemen die alle cellen hebben?

Slide 30 - Tekstslide

cell characteristics
  • Nucleus: The cells of eukaryotes have a nucleus. The cells of prokaryotes do not. Bacteria and archaea are organisms without a nucleus.
  • Cell wall: Animals do not have a cell wall around their cells. The cells of bacteria, archaea, fungi, and plants do have a cell wall.
  • Chloroplasts: Many plant cells have chloroplasts in their cytoplasm. Bacteria, archaea, fungi, and animals do not have chloroplasts.

Slide 31 - Tekstslide

Slide 32 - Tekstslide

Slide 33 - Tekstslide

branching tree

Slide 34 - Tekstslide

Welke groep ontstaat er na de groep 'families'?
A
rijken
B
soorten
C
orden
D
geslachten

Slide 35 - Quizvraag

work independently
1. read bs1 (p 166-160) (many pictures)
2. do assigments: 2, 3 en 4 (p 171 -172) 





timer
20:00
word list:
  • classification
  • feature
  • unicellular
  • multicellular
  • to consist of
Time left?
Copy the word list into your zuidschrift.
Find the definitions yourself in the book or using the internet.

Next: quick quiz in LessonUp.

Slide 36 - Tekstslide

animal
Plant
fungus
Bacterium

Slide 37 - Sleepvraag

What type of cell is it?
You look through a microscope and see:
no nucleus.
A
bacteria
B
fungi
C
plant
D
animal

Slide 38 - Quizvraag

What type of cell is it?
You look through a microscope and see:
no nucleus.
A
bacteria
B
fungi
C
plant
D
animal

Slide 39 - Quizvraag

Leerdoelen check
Quizje in lesson-up

Slide 40 - Tekstslide

Which organisms do not have a nucleus?

A
Eukaryotes
B
Prokaryotes

Slide 41 - Quizvraag

Welke groep komt er na de groep 'klassen'?
A
Soorten
B
Geslachten
C
Stammen
D
Orden

Slide 42 - Quizvraag

Which kingdom does not belong to the eukaryotes?
A
animals
B
plants
C
bacteria
D
fungi

Slide 43 - Quizvraag

Fungal cells have a cell wall.
A
true
B
false

Slide 44 - Quizvraag

homework
  • finish asg 2, 3 en 4
  • make word list

Slide 45 - Tekstslide

Plant or animal?
The North American sea slug is green in colour and resembles a plant. The green colour, like in plants, is caused by chloroplasts. This is unique for an organism without cell walls around its cells. American researchers discovered that the sea slug absorbs chloroplasts from the cells of a specific seaweed species at a young age. The chloroplasts end up in some of the slug's cells. So, not all cells of the slug contain chloroplasts.

If young sea slugs absorb chloroplasts for two weeks, they no longer need to eat for the rest of their lives. The sea slugs are only found in the upper half-metre of the sea.







Slide 46 - Tekstslide