The intention is not to discover with it, but to support planet side rovers. The orbiter puts a camera in close proximity to the surface of Mars, relative to a camera taking pictures from earth.
It also places a powerful transmitter in close proximity to the planet, which allows all the rover missions it supports to have smaller, lighter transmitters built into them. This decrease in payload demand allows them more options on thier rovers; send slightly cheaper rovers, or more capabile ones for the same price as previous generations.
well it takes many years to discover something half the time they might set out to discover are atoms a full thing ( can they go through something or will they bounce back) but then they might accidently split they atom!
No, he didn't discover it but obsered it through his primitive microscope.
that the moon was not flat, it was a sphere.
Scientists hope to generate electricity and heat through nuclear fusion as well as nuclear fission.
it is because through microscope we seen the spice men or the little object that cannot seen in our eyes.
From scouting (reconnaissance) to aerial combat (dog-fighting).
well it takes many years to discover something half the time they might set out to discover are atoms a full thing ( can they go through something or will they bounce back) but then they might accidently split they atom!
No, he didn't discover it but obsered it through his primitive microscope.
Explorers were looking for a certain species when they found it. At first they had no idea, as to what species it was. through research carried out using blood tests, and DNA testing, they discovered it was a cross between a Tiger and a Lion, and therefore a hybrid.
a systemic process in which people interact with and through symbols to discover and interpret meanings
4,502 scientists have seen the deep ocean through Alvin"s windows.
He looked through his telescope!
Through a cow
through questioning
its the mantle
That the best description of gravity in our Universe is through his equations of general relativity. Using these equations, scientists can correctly predict the orbit of Mercury as well as the apparent bending of light from stars near a large amount of mass (like our Sun).
Scientist use models