- There's a huge whale swimming peacefully in space. This whale is so big that satellites look tiny in comparison. We're going to calculate its GPE, we will take a distance of 35,800 km in altitude 
"The orbit of geostationary satellites is unique and its altitude is approximately 35,800 km."

- size of a solar panel wing : 3,2 m
- Whale eye size: 37,348 m
- Size of this whale : 3308,467 m

- For this calculation, let's say the whale is 20 m long and weighs 75 t 
- For this, we will use the inverted square cube method:
- M = (Size 2/Size 1)^3*Mass
- M = (3308,467/20)^3*75000
- M = 339509317770,76 kg 
- (class G)

- Now that we have the mass and the distance, since the satellites eaten by the whale are GPS-type satellites, i.e., a height of 35,800 km, We will use the GPe formula, which is: 
- E = m×g×h
- E = 339509317770,76×9,81×35800000
- E = 119234993382455370480 j
- E = 1,19×10²⁰ j or 28,49 GT of tnt 
- (island lvl)

- The second feat is the whale's movement; we're going to calculate its kinetic energy, assuming it moves in 10 seconds. 

- distance between the whale is the point of view : 2937,849 m

- formula for speed: 
- V = D/T
- V =  2937,849/10
- V = 293,7849 m/s

- Formula for kinetic energy: 
- KE = 0,5×m×v^2
- KE = 0,5×339509317770,76×293,7849^2
- KE = 14651451184076728,335 J
- KE = 1,46×10¹⁶ j or 3,50178 Mt of tnt 
- (small city lvl)

A fucking Big wall (paper tiger)