The mass of the planet creates a force=mg on the probe and f=ma occurs and the probe is accelerated by this force, thus changing its path.
yes
By the gravity pull
The gravity of the Sun (or star) keeps them in orbit.
if you mean a space probe to be anything launched into space for a scientific purpose then the chandra space telescope is providing an increadible amount of information on other galaxys and bodies including finding planets around diffrent stars
1) space has no gravity 2) space has planets 3) space has black holes
Any such change would be insignificant.
As space probe is carried into space using rockets and afterward can maneuver using thrusters, sometimes gaining speed using the gravity of a planet. Once a space probe has been set on the right trajectory it does not have to do much; there is no air resistance to slow it down and gravity from the sun and planets is already taken into account.
A space probe is not the same as a satellite, because they can orbit planets and sat elites don't.
Voyager II is the first successful space probe that reached the outer planets or Jovian Planets. It is in the rule of probes that they should not reach the outer planets because it is too far and their probes might malfunction. But this Voyager II probe had a successful flight to the outer planets.
There is gravity in space. Gravity is what makes orbits possible.
mars and venus
yes
If they aren't in space, then where else can they be?
voyager is a probe sent in space by NASA for exploring different planets.
they scan space looking at stars, planets, and objects or they can be used for a misson in space.
space probe
A space probe goes out and observes planets while moving, and a space station stays in orbit or sooner to come on the moon