Probably yes, with a space suit equipped with powerful cooldown devices.
It is a solid planet after all, it is just hot.
Sorry, Neptune has no solid surface so there is nothing to walk ON.
On Earth, there is more gravity than on the moon. There is no air resistance on the moon.
Only if someone were to build a space suit for a dog. This would be difficult and expensive, because space suits are custom-built for every astronaut. Dog breeds vary more than humans do, and precise fit is essential. Inside a pressurized lunar habitat, there's no reason why a dog shouldn't be able to walk as well as a person could. However, when humans take pets into space, I suspect that cats and gerbils will be more suited to the enclosed environments than dogs would be.
It takes a very very very very very long time. In fact the distance between the two is 93 million miles away. I .I found a really good page on mercury though.http://www.adlerplanetarium.org/cyberspace/planets/mercury/#orbitI .93 million miles is the distance from the Sun to Earth not Mercury to Earth.The distance to Mercury from Earth varies from 48 million miles to 64 million miles.At the moment it takes a space probe about 61/2 years to be able to orbit Mercury.
On the Moon, you would feel like you weighed only one-sixth as much as you would on Earth. Which is probably just as well. When you add in the space suit, oxygen tanks, thick boots and gloves, it would be very difficult to walk in Earth-normal gravity.
no! because there is a hot temprature in the planet
The suit allows the person to walk in outer space, because the suit is designed to with stand the extreme heat and cold of outer space.
Sorry, Neptune has no solid surface so there is nothing to walk ON.
Well technically you couldn't because there is no oxygen on the moons. but if there was, or you had an adequate space suit, you could because Uranus' moons are solid.
False. The astronaut will stay in orbit with the space station on less some force acts on him or her.
Chris Hadfield was the first Canadian to do a space walk.
Yes, it is true that an astronaut in space will float away without a tether or thrusters to hold her in place. In the microgravity environment of space, objects and people will continue in their current trajectory unless acted upon by an external force. The astronaut needs to be tethered to the space station or use thrusters in her space suit to prevent drifting away.
In theory, yes.
A "space walk" does not refer to actual walking. Extra-Vehicular activity, or space walk, refers to work being done by an astronaut outside of the spacecraft.
Shuttles have only been designed to be in low earth orbit and do not have the capability to go to the moon. The Apollo missions were the ones that traveled to the moon, and there have been no lunar missions since 1973.
A robotic suit is a device that will enable you to have the strength to do certain things. So if you have difficulties walking, then the robotic suit will aid you in your walk.
This depends upon where the astronaut is. Inside the International Space Station, astronauts usually wear light, informal clothing. If the astronaut exits the station to do a space walk or other such mission, the astronaut will wear an air tight space suit, in order to be able to continue breathing.