The original concept of a Mars Sample Return (MSR) was proposed in 2004, but was never developed. The mission is now being tentatively studied for 2018.
Current Exploration
The Mars rovers "Spirit" and "Opportunity" are currently exploring Mars, although Spirit has been stationary since it became stuck in soft soil in May, 2009. Spirit is part of the MER-A mission launched June 10, 2003, and landed on Mars on January 4, 2004. The twin lander Opportunity was launched on the MER-B mission on July 7, 2003, and arrived on Mars on January 25, 2004.
lunar lander
Apollo 13's mission was to land on the moon, deploy/execute a set of experiments, explore the surface and collect lunar rocks.
it goes into space, and whatever it's mission is, it either lands on a surface, orbits it, or flys past it.
There are two primary outcomes from the Apollo 11 mission. The first, and most important, was that man could travel to the moon, land on its surface, get out and walk around on its surface without sinking under the soil (a real concern many held prior to launch), get back into the spacecraft, rendezvous with the orbiting Command Module, and return safely to Earth. That was the primary, and most important goal, of the Apollo 11 mission. Less important, at least for this mission, was the return of samples and pictures and the placement and execution of some small science experiments on the lunar surface. These were all performed, and the science was important, but it was not the primary goal of the mission.
To take core samples of the lunar surface.
Mars Surveyor 2003 Lander/Rover will be launched on May 22, 2003.
lunar lander
His specific job was to collect lunar samples, and then return with them to Earth, which he did.
No, not yet. The MESSENGER mission has flown by Mercury three times, and is planned to land on the surface during 2010.
Apollo 13's mission was to land on the moon, deploy/execute a set of experiments, explore the surface and collect lunar rocks.
LEM - Lunar Excursion Module - A small 'car' that was used to move across the surface to collect samples.
it goes into space, and whatever it's mission is, it either lands on a surface, orbits it, or flys past it.
A lot of rocks and soil samples. They also drilled tubes into the moon and brought back core samples below the lunar surface. They also brought back a sample of the solar wind on a sheet of aluminum foil that they put out during their moonwalks.
Sample return wights increased with each mission as each mission spent longer than the previous mission on the lunar surface. As such, Apollo 17, as the last mission, has the highest sample return weight. A17 brought back 111 kilograms (240 lb) of samples after spending 3 days, 2 hours, 59 minutes, and 40 seconds on the lunar surface.
You can test the nutrient influx by using a water test. You will determine the historical patterns and then collect water samples from the surface and subsurface layers along the estuaries.
There are two primary outcomes from the Apollo 11 mission. The first, and most important, was that man could travel to the moon, land on its surface, get out and walk around on its surface without sinking under the soil (a real concern many held prior to launch), get back into the spacecraft, rendezvous with the orbiting Command Module, and return safely to Earth. That was the primary, and most important goal, of the Apollo 11 mission. Less important, at least for this mission, was the return of samples and pictures and the placement and execution of some small science experiments on the lunar surface. These were all performed, and the science was important, but it was not the primary goal of the mission.
A-17 spent the most time on the surface, traveled the farthest, and collected the greatest amount of samples.Apollo 11: 22kgApollo 12: 34kgApollo 14: 43kgApollo 15: 77kgApollo 16: 95kgApollo 17: 111kg