This will be of necessity a personal answer, based on many years' teaching experience. I found that graphing skills needed to be built up gradually and in a very structured way if students were to actually understand what they were doing. Many of them never really grasped anything more complex than a bar chart, because it was assumed that they could jump easily from that to a curve which shows the relationship between two quantities. In fact this step involves quite a conceptual jump, and if its significance is underestimated, graphs remain something which 'decorates' their experiments instead of informing their learning.
If you are to become good at graphs you need to actually draw them, and allowing a microcomputer to do it for you cheats you of this necessary experience. The value of microcomputer based labs is to generate a lot of data in a short time and to represent that data graphically without delay. It's fantastic if you already understand graphs, but not much use for establishing that learning.
The other major drawback is that you have to understand the limitations of the software which draws the graph, which is an extra layer of learning. (For instance, will it draw a line of best fit, or just join the dots? Do the students know which is appropriate when?)
The best website for acquiring graphing worksheets for teaching math classes are graph my math dot com. That site has all the tools and worksheets you will need.
disavantage of using question as a teaching strategy
This can lead to the wrong answer
C. V. Platt has written: 'An observational study of science teaching in school laboratories (OSOST)' -- subject(s): Science, Study and teaching
The process approach in writing to teaching OR in management ?
Some disadvantages of questioning in teaching include: creating a sense of pressure or anxiety in students, potentially causing embarrassment if a student does not know the answer, and leading to a focus on memorization rather than deep understanding.
There are many disadvantages to space science education. For example, it takes time away from teaching other aspects of science.
Currently, FKKKSA has 29 laboratories, a workshop, a mini library known as ExxonMobil Resource Centre as well as IT-supported classrooms. The laboratories are equipped with state of the art equipment to support teaching and research requirement.
Ralph S. Vrana has written: 'The mathematics laboratory: a new teaching approach' -- subject(s): Mathematics laboratories
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Some disadvantages of the expository method of teaching include limited student engagement, lack of opportunities for critical thinking and problem-solving, and potential for passive learning. This method may also lead to information overload for students and hinder creativity and independent thinking.
Some disadvantages of teaching a class of diverse learners include the challenge of addressing varying learning styles and needs, difficulty in ensuring all students are equally engaged and supported, and the potential for miscommunication or misunderstandings due to cultural or linguistic differences.