Resultaten

In this unit, we will demonstrate how technology can contribute to teaching, learning, administration and professional development.

By the end of this unit, you should be able to use ICT to:

• add value to your lesson planning
• make lesson content, more professional
• provides learners with tools to demonstrate what they have learned and demonstrate new competencies
• complete educator administrative duties
• connect with other educators and pursue further professional development

In deze unit laten we zien hoe technologie kan bijdragen aan lesgeven, leren, administratie en professionele ontwikkeling.

Aan het einde van deze unit moet je in staat zijn om ICT te gebruiken om:

• waarde toe te voegen aan je lesplanning
• lesinhoud professioneler te maken
• leerlingen hulpmiddelen aan te reiken om te demonstreren wat ze hebben geleerd en nieuwe competenties aan te tonen
• administratieve taken van docenten uit te voeren
• in contact te komen met andere leerkrachten en verdere professionele ontwikkeling na te streven

The internet and internet-enabled technologies are continuing to develop at a very fast pace. This has many benefits, but it also changes the way in which students learn, communicate and interact. Learners are keen and avid users of the internet and mobile technologies. They are seen as ‘digital natives’, always surrounded by technologies. There are many social, educational and economic benefits for learners in using ICTs but learners do need to understand what is acceptable and appropriate behaviour in an online society.

On completion of this unit of study you will be able to:

• Model and instill in students appropriate behavior when communicating online, i.e. netiquette
• Identify digital citizenship knowledge, skills and values
• Design a lesson that incorporates digital citizenship competencies.

Het internet en op het internet gebaseerde technologieën blijven zich razendsnel ontwikkelen. Dit heeft veel voordelen, maar het verandert ook de manier waarop leerlingen leren, communiceren en met elkaar omgaan. Leerlingen zijn fervente en enthousiaste gebruikers van het internet en mobiele technologieën. Ze worden gezien als 'digital natives', altijd omringd door technologieën. Het gebruik van ICT heeft veel sociale, educatieve en economische voordelen voor leerlingen, maar leerlingen moeten wel begrijpen wat aanvaardbaar en gepast gedrag is in een online maatschappij.

Na afronding van deze onderwijseenheid bent u in staat om:

• Modelleer en breng leerlingen passend gedrag bij wanneer ze online communiceren, d.w.z. netiquette
• Kennis, vaardigheden en waarden met betrekking tot digitaal burgerschap identificeren
• Een les ontwerpen die de competenties van digitaal burgerschap omvat.

Introduction to cell theory--the idea that 1) all living things are made of one or more cells, 2) cells are the basic unit of life and 3) all cells come from other cells. Explore the roles that Hooke, Leeuwenhoek and others played in developing cell theory.

Hooke and Leeuwenhoek were two of the first scientists to use microscopes to study the microscopic world of cells. Hooke coined the term "cell" after observing the tiny compartments in cork, while Leeuwenhoek discovered a variety of living creatures in pond water, blood, and other samples. They contributed to the cell theory by suggesting that cells are the fundamental units of life and structure, and that all living things consist of one or more cells that originate from other cells by division. 

All living things are made up of cells, which is the smallest unit that can be said to be alive. An organism may consist of one single cell (unicellular) or many different numbers and types of cells (multicellular).

Plant cells have a cell wall in addition to a cell membrane, whereas animal cells have only a cell membrane. Plants use cell walls to provide structure to the plant. Plant cells contain organelles called chloroplasts, while animal cells do not. Chloroplasts allow plants to make the food they need to live using photosynthesis.

Introduction to the cell.

Overview of animal and plant cells. Topics include cell walls, vacuoles, chloroplasts, peroxisomes, lysosomes, mitochondria, etc.

Even though molecules, proteins, viruses, and cells are all tiny, there are significant size differences between them. The diameter of a water molecule is roughly 0.28 nanometers. The diameter of the protein hemoglobin is roughly 5 nanometers. The diameter of the HIV virus is roughly 120 nanometers. A red blood cell is 6-8 micrometers.