In our solar system Mercury was once though to be tidally locked to the sun, now we know it rotates three times in two orbits of the sun.

 

Is it probable that planets that are being discovered in close orbits of small stars but still in the life zone of that planet might do the same instead of being locked like the moon is to the earth?

Definitely maybe!

In our solar system Mercury was once though to be tidally locked to the sun, now we know it rotates three times in two orbits of the sun.

 

Is it probable that planets that are being discovered in close orbits of small stars but still in the life zone of that planet might do the same instead of being locked like the moon is to the earth?

I believe you meant "that star"

well a planet can be tidally locked in the goldilocks zone. This could occur with red dwarf stars which potentially could support life. The problem here is having the right atmosphere to filter out the radiation. Particularly since the planet needs to be extremely close to the parent star. Though tidal influence and seasonal change are potential influences supporting life.

Edited July 9, 20169 yr by Mordred