They allow you to determine possible outcomes without having to set up large and costly experiments. In the pharmaceutical industry for example they use animal tissue models to test drugs on to give them some idea what the drug will do to people before they set up actual clinical trials costing millions to try it out on people. If it kills the tissue cultures or has no effect then they need to do more research before trying it on people.
In ballistics if they came up with a new design of rocket they could build a smaller scale model to see if it flies the way they want it too, if the extra flets make it too bottom heavy etc.
In chemistry it's useful to use molecular models to look at bonding patterns before attempting to make a new compound.
First I would like to explain about models and objective truth. The qualitative and quantitive scientific models are mans way to study nature and to discover its underlying laws. Yet, the models do not re[present the final truth.A scientific model is a physical, mathematical, or logical representaion of a complex system of entity or phenomenon with the particular representaion being an aid to a more objective understanding of what it represents. These representaions are models. There are usually two types of models, quallitive(descriptive) and quantitive (mathematical). the scientific status of models: A model is only an approximation, it is not proof. A good example of a scientific model is the "weather forecast" which is given with the help of models of climate. As we all know the weather forecast is never 100%. A good way to think of a scientific model is that your goal is that you want your model to be simple enough to fit the model to the data, but complicated enough so your data will give you parameters that help you undersatnd the system and design new experiments. I hope that this helped you out.
A scientific model can change if new evidence is found. If the new evidence that has been found contradicts the model or theory then a scientific model or theory can change.
A testable answer to a scientific question
ang steps sa scientific method ai
simplicty
A scientific model is a theoretical explanation of some phenomenon; the model is the conclusion, it is not the steps by which the conclusion was reached. The sequence of reasoning would just be called a scientific argument.
A scientific term used to describe a testable model that seeks to explain natural phenomena is a scientific theory. It is formulated based on observations, experiments, and evidence to provide a thorough explanation of a particular phenomenon in nature.
The scientific location of what.
Yes a map is a scientific model
Scientific theory is not a model but the model can be construct to represent how any scientific theory work. Model of a large system e.g. earth's climate would contain many scientific theory of different field to make it work.
A scientific model can change if new evidence is found. If the new evidence that has been found contradicts the model or theory then a scientific model or theory can change.
Because this model was experimentally demonstrated.
computer model, idea model, and physical model
A scientific model is simply an idea that allows us to createexplanations of how we think some part of the world works.That is the basic definition for it.by the way are you taking snc1pa by ilc?
Name and describe three methods of scientific statistical samplingRead more: Answers.com
position is where a place can be describe. Like in stories where they can describe where they are.
computer model, idea model, and physical model
observations