planet hopper Free powerpoints at http://www.worldofteaching.com Students need to be supplied with the mass of the astronaut and then they must work out the weight of the astronaut on different planets Will need formula – weight = mass x gravity Real physicists will have a problem as some of the planets you couldn’t strictly land on as they are gas…. I’m only an amateur being a biologist…!! Free powerpoints at http://www.worldofteaching.com

First stop Mercury …(eek, really hot here so won’t stick around too long) where gravity is 3N/kg….

onto Venus, the planet of luuurrrve where gravity is 9N/kg (bit like Earth)….

At home on Earth, where it’s 10N/kg…. By the way St At home on Earth, where it’s 10N/kg…. By the way St. Peter’s is about here…

Mars, where there might be other life?? gravity is 4N/kg….

Jupiter is the biggest planet, with a whopping gravity of 23N/kg….

Saturn, with the one with the rings has a gravity of 9N/kg….

Uranus, people think it’s a rude planet but it’s only biology… Uranus, people think it’s a rude planet but it’s only biology…. gravity of 8N/kg….

Neptune, with a gravity of 11N/kg….

Pluto, tincy wincy and freezing cold has a gravity of 0.4N/kg….

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