Why were the Jedi weak with the Force?

“The Force naturally exists in balance,” he observed. Darth Sidious’ knowledge of the dark side essentially allowed him to outmaneuver the Jedi, and with the darkness ascendant, they found themselves becoming weaker by the day, less able to call upon the Force for wisdom, and more likely to make mistakes.

Was Obi-Wan weak with the Force?

Obi-Wan Kenobi However, in the novel Rising Force, it’s made clear that he was considered weak in the Force, and was only trained at Qui-Gon’s insistence. What he lacked in raw Force power he made up for in his knowledge and understanding of the Force.

Why are Jedi masters weak?

Because they are made from broken parts and they were already broken from the start, lol, jk. Jedi Masters of the SWTOR era aren’t trained enough compared to Darths because of the Jedi going easy on their students, barely teaching them how to use the force, and etc.

What is the weak force?

“What is the weak force?”. Great question -the weak force is the least observed force. The weak force is involved with radioactive things. Like the strong force, it’s range of interaction occurs over a very small distance (0.0000000000000001 m or 1 x 10 -16 m) inside atoms.

Why is gravity so weak?

String theory requires that the universe has more than the three spatial dimensions that we experience, and possibly as many as 10. According to string theorists’ best ideas, gravity is so weak because, unlike the other forces, it leaks in and out of these extra dimensions. We only get to experience a dribble of the true strength of gravity.

How does the weak force affect quarks and leptons?

All of the fundamental fermions (i.e., quarks and leptons) are subject to the weak interaction. In contrast, the strong force only affects quarks, not leptons. The weak interaction changes the flavor of quarks and leptons. It acts on the particles’ weak hypercharge, which is a component of weak isospin.

Is the weak force attractive or repulsive?

The weak force is one of the fundamental forces, but it doesn’t have a strong attractive or repulsive effect on particles, and the term “weak interaction” is often preferred. For details on the attractions and repulsions associated with the weak interaction please see this answer by Alfred Centauri.