One tool is mobile Doppler radar, which uses microwave beans to study deatures within a thunderstorm or tornado. In a few cases scientists have managed to deploy probes inside of tornadoes to take measurements. This has met with limited success, though, as such attempts are difficult and dangerous.
Some scientists have simulated tornadoes in supercomputers to try to model the dynamis of a tornado.
telescopes
Scientists use Doppler radar and computer models to study tornadoes. Some researchis done by placing probes in a tornado's path. But this has met with limited success.
The most important tool in monitoring tornadoes is Doppler radar, which can detect tornadoes and the rotation that can cause them. They also use modern communication systems, which allows people to quickly relay eyewitness reports.
he didnt use any tools
For long term readings, satellites and weather balloons can take measurements at different levels in the atmosphere to look for conditions that ar conducive to tornadoes such as instability, inversion caps, and wind shear. Computer models use data such as this to forecast the behavior of large scale systems, including the potential for the severe storms capable of producing tornadoes. In the short term, Doppler radar can detect the rotation within a thunderstorm that can lead tor a tornado.
their tools and observations.
Scientist use the same tools because, so their measurements will be the same.
Binoculars
hydrophone
poo h
what tools arte generally used for rocket science
The tools that a scientist would use to conduct an experiment would vary greatly on the nature of the experiment.
a telescope.
a seismograph
is studying, collecting data and recording relevant information. These observations are based on the scientist's senses and are typically objective and unbiased. The scientist may use various tools and techniques to aid in making accurate observations.
spectroscope
microscopes