it has some light but only reflective.
Mars does not emit its own light. Rather it reflects sunlight that falls on it.
Yes, Mars reflects light from the Sun. Like all other planets in our solar system, Mars reflects sunlight off its surface, making it visible from Earth. The reddish color of Mars comes from the iron oxide (rust) on its surface, which affects how it reflects sunlight.
Cold environment with lots of trees and little food. They can feed off of plants.
The od light means that the over-drive is off. Pushing the little button on the shifter selector will turn it on (when the dummy light is not on) and off (when the dummy light is lit).
nail polish have lots of chemicals, but if you eat it you will die but on your fingers it would do little harm. That's why sometimes your finger nails are light yellow when you take it off. Just try not to use too much. :)
The Sun. Venus is a planet so it doesn't give off its own light. It appears very bright because its dense cloud cover reflects much of the incoming sunlight.
I Think they put lots of mirrors and shone a light and timed how long it took to bounce off each mirror with a computer.
Which light? Is it the dome light? the headlights? the little annoying blinking one next to the radio? I might be able to help.
it means they have lots of energy that you really should help them work off a little eatch day
Light bounces off of you, and you absorb some of it. The light that you don't absorb bounces off in a lots of directions. If you are standing near a mirror, some of that light that bounced off you hits the mirror. Mirrors don't absorb any of the light, they reflect it, so all the light bounces again, back at you. The light that goes into your eyes is what you see.
Yes. While we can land things on Mars we currently do not have the ability of getting them off of Mars.
If you could travel at the speed of light, the trip from Mars to the Sun would take you about 12-15 minutes - and that's assuming you start off immediately at light-speed.Mars is approxy 205 million KM away from the sun. Divide that into light hours(Traveling @ - Speed of Light (I) for --- hrs., mins., secs., yrs., etc.)Now, the average light second can travel up to 1km per 0.005 of a second.Transfer that and go into the decameter and you will find thatit is approxy 2441.5 hrs to get to the sun from Mars.