Question number 1:
How fast do you think Roshi is?
Question number 2:
According to this feat how much faster then Roshi this Goku is?
Question number 3:
How much faster Goku became after drinking mystic water?
Question number 4:
How much faster then Goku do you think Popo was?
Question number 5:
How much faster then Popo do you think Kami wasQuestion number 6:
How much faster then kami Goku and Piccolo are?
Question number 7:
How much faster then Piccolo and Goku Raditz is?
Use Mach scale to express their speed.
for exsample:
Roshi mach 5-100
goku 20x faster then roshi
Goku after water 10x faster
Popo 10x faster then Goku
Kami 2x faster then Popo
Goku 20x faster then Kami
Raditz 2x faster then Goku
Krillin and Roshi had a whole fight scene in 1 second.
keep in mind few thing: 1. Krillin who is much slower was still able to fallow his movements, indicating that Roshi still wasn't serious. Once he got serious he KOed Krillin easily. and 2. Krillins fall took at least 0.5 seconds, which means fight excluding fall was shorter then 0.5 seconds.
Roshi creating many after images.
After being shot at, Roshi was able to turn around and catch 9 bullets.
Roshi moved his hand so fast it created a wind so strong it blowed away a 70-80kg heavy superhuman and smashed him into a wall.
To do this you have to be able to move your hand much faster then sound.
Question number 1:
How fast do you think Roshi is?
And Goku, even before drinking mystic water, was able to move so fast he became invisible even for master Roshi whose speed feats you can see above. Goku was so fast that not even master Roshi, who can easily see bullets was able to see him. Speed of bullet is around 1200-1500 m/s ("Ballistics. The World Book Encyclopedia. New York: World Book, 1998.") , and bullet is approximately 1000+ times smaller then Goku, which makes it 1000+ times harder to see.
Question number 2:
According to this feat how much faster then Roshi this Goku is?
Now ask your self how much faster then you would be someone you aren't even able to see.
Tien who was as fast as Goku (before water) was unable to touch fat demon, and Goku ( after water ) easily speed blitzed him.
Question number 3:
How much faster Goku became after drinking mystic water?
But even after drinking water and beating king Piccolo, Goku was still so slow that he couldn't even see mr. Popo. Mr Popo stated how he can move faster then lightning, and he was training goku so he could do the same.
Question number 4:
How much faster then Goku do you think Popo was?
Question number 5:
How much faster then Popo do you think Kami was
Teen Goku was fighting so fast Kami couldn't even see him
Question number 6:
How much faster then kami Goku and Piccolo are?
and
Raditz dodged a beam which was called light of dead, and he started to move after the beam was only few meters away from him.
We have seen Piccolo destroying a moon in matter of seconds, now we see here Raditz dodging an attack from piccolo which is called LIGHT of death. I would say it is high possibility that that attack was at light speed, and raditz dodged it, after it was only few meters away from him.
If that attack really is light speed that would mean Raditz can move near the light speed.
The beam was 2-3m away from him before he started to move, and he moved 20-30 cm, which puts him at minimum 0.1xlight speed.
From this scan you can clearly see how Raditz is almost as fast as Gokus beam.
Take a look at right panel of a first scan, Goku has fired his beam and the beam is around 5-6 m away from the ground. on the next panel you can see the beam is around 0.5 m from the ground and Raditz has moved 4-5 m from the place where he used to be. this proves they are nearly as fast as their beams. on the second scan you can see Raditz is running from a beam, but he can't maintain the speed for to long so he stops and tanks the beam.
Question number 7:
How much faster then Piccolo and Goku Raditz is?
Helpful informations:
m-meters-second
Speed of sound: 340 m/s or Mach 1
speed of light 300 000 000 m/s (approximately)
or Mach 882 000
speed of lightning
I am not certain about this one.
http://www.animevice.com/forums/off-topic/32/how-fast-is-lightning/322770/#5
From 61 100 m/s up to 150 000 000 m/s
or from mach 180 up to mach 441 000
| Regime | Mach | mph | km/h | m/s | General plane characteristics |
|---|---|---|---|---|---|
| Subsonic | <0.8 | <768 | <1,230 | <340 | Most often propeller-driven and commercial turbofan aircraft with high aspect-ratio (slender) wings, and rounded features like the nose and leading edges. |
| Transonic | 0.8-1.2 | 610-768 | 980-1,475 | 270-410 | Transonic aircraft nearly always have swept wings, delaying drag-divergence, and often feature design adhering to the principles of the Whitcomb Area-Rule. Note that designing aircraft for use at M=1.1 for example, is very odd because of the very poor efficiency of flying at these speeds for basically any design, compared to flying at low-supersonic speeds, say M=1.6. |
| Supersonic | 1.2-5.0 | 768-3,840 | 1,230-6,150 | 340-1,710 | Aircraft designed to fly at supersonic speeds show large differences in their aerodynamic design because of the radical differences in the behaviour of flows above Mach 1. Sharp edges, thin aerofoil-sections, and all-moving tailplane/ canards are typical. Modern combat aircraft must compromise in order to maintain low-speed handling; "true" supersonic designs include the F-104 Starfighter and BAC/Aérospatiale Concorde. |
| Hypersonic | 5.0-10.0 | 3,840-7,680 | 6,150-12,300 | 1,710-3,415 | Cooled nickel- titanium skin; highly integrated (due to domination of interference effects: non-linear behaviour means that superposition of results for separate components is invalid), small wings, see X-51A Waverider |
| High-hypersonic | 10.0-25.0 | 7,680-16,250 | 12,300-30,740 | 3,415-8,465 | Thermal control becomes a dominant design consideration. Structure must either be designed to operate hot, or be protected by special silicate tiles or similar. Chemically reacting flow can also cause corrosion of the vehicle's skin, with free-atomic oxygen featuring in very high-speed flows. Hypersonic designs are often forced into blunt configurations because of the aerodynamic heating rising with a reduced radius of curvature. |
| Re-entry speeds | >25.0 | >16,250 | >30,740 | >8,465 | Ablative heat shield; no wings; blunt capsule shape |






