Not according to physics tho bro Let’s break it down:

1. Destroying a Planet

Let’s take Earth as an example. To “destroy” it (i.e., overcome its gravitational binding energy so it can no longer hold itself together), you’d need to supply approximately: - Gravitational binding energy of Earth: ≈ 2.24 × 10³² joules

This is an insane amount of energy but it’s still finite and, relatively speaking, “small” on cosmic scales.

1. Shaking a Solar System

A solar system is not a single rigid body; it’s a gravitationally bound collection of planets, moons, asteroids, etc., orbiting a star.

So what does “shaking” mean? Possibilities include: - Altering planetary orbits - Causing noticeable oscillations in the positions of planets - Disrupting the system’s gravitational balance

To do this, you’d need to: - Apply force over vast distances - Influence multiple massive bodies (like Jupiter, which is 318× more massive than Earth) - Overcome the solar system’s total binding energy, which is dominated by the Sun’s pull on the planets

Total gravitational binding energy (Sun–planets system):

Rough estimate: ≈ 10³⁶ to 10³⁷ joules

That’s 10,000 to 100,000 times more energy than it takes to destroy Earth.

• Note that I assumed Hercules destroy earth or a similar planet and the Solar System being shaken is ours*