A scientific model.
In part, by observing the effects of things they cannot see directly (like the way quarks turn into subatomic particles, which cause detectable changes); or by using observations to confirm what mathematical models have predicted should happen (such as when Stephen Hawking determined that black holes must give off energy; the phenomenon is now called Hawking radiation in his honor).
They represent mythological history.
Scientists who study tornadoes do various things. Some such as Josh Wurman use a Doppler radar mounted on a truck to gather wind and other data from a distance. Others work on deploying probes, which carry scientific instruments, to take measurements from directly inside a tornado. Still other scientists work on creating computer models of thunderstorms and tornadoes.
Yes.
a microscopes used for viewing things through which light cannot pass through is called a
Scientists create models to observe things they could no directly observed. A model can be used to represent things that happen at a very slow rate, a very high rate, or at a scale too small or too large to observe directly.
Hieroglyphics was a form of writing using images to represent words, syllables or sounds. They cannot be used directly to 'invent' things - just as the alphabet we use cannot be used directly to invent things. One wouldn't say that the alphabet was used to invent space travel, but it was vitally important in studying the science involved.
model
A model can be useful by helping scientists study and understand things that are complex or can't be observed directly. It allows scientists to visualize and examine things that might not otherwise be physically accessible i.e. anything microscopic.
Yes.
True.it shows things you cannot see right now like a map look at it and it shows the world
True
Yes, that's true.
Scientists, by cleverly applying the "Scientific Method", invent ways to find outstuff about things that nobody can see, by enhancing, identifying, and watchingthe visible effects of those things.
In part, by observing the effects of things they cannot see directly (like the way quarks turn into subatomic particles, which cause detectable changes); or by using observations to confirm what mathematical models have predicted should happen (such as when Stephen Hawking determined that black holes must give off energy; the phenomenon is now called Hawking radiation in his honor).
Scientists find things out by doing experiments.
Scientists have to measure things accurately or else science would be pointless,