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Supersonic speed on Spyxfamily?

Nightfall speed.

Context: Yoru with a small fraction of his strength throws a tennis ball faster than sound and Nightfall is able to react.



We use the racket as a reference in the pixel scalling, the size of a racket goes from 68 to 77 centimeters, we use 73, the result gives us that the distance between the tennis ball and Nightfall is 123 cm, we are going to approximate it to 125 It is seen that the ball is crossing the sound barrier so we use a speed of mach 1.1 or 377 m/s, since it will travel 125 cm we calculate.

1.25m ÷ 377m/s = 0.00332s

This is the time frame in which the movement is made, the movement seems to be the image that I put:





It's a basic tennis move where you move your hand back and then make a semi-circle to hit it, come on Let's say her arm is 65cm which should be average for a Belgian woman (SpyxFamily seems to take place in Belgium) then to find out the semicircle and adding the initial movement we say:

65+Pi(65) = 269.2

So our distance traveled is 2,692m, we divide it with the time we have and it comes out:

2.692m ÷ 0.00332s = 810.84 m/s = Mach 2.364, supersonic speed.
 
Thanks. English version also says faster than sound. It would make sense with the other bullet dodging feats we have from the series ig?

You should probably put it in a blog and let a calc member evaluate it.
 
Distance moved would actually be 2*pi*(Angle moved/360) times the length of the arm. Or basically just convert the degrees to rad and multiply the rad value with the arm length. Which would butcher the speed result in this case.

Also a semi-circle angle is 90 degree. So...

90 degrees is 1.5708 rad. 0.65 m arm length times 1.5708 is 1.02102 m moved.

However, I think you can shave off some distance between her and the ball, since the racket only got close to her hand and not to her face (As she obviously extends her hand, so minus the arm distance from 1.25 m to get the true distance between her and the ball.

1.25-.65= 0.6 meters away from her in actuality. NVM the ball's distance from her face at impact would only be about the same length as her arm, but you can shave off 10 cm more because it's in a fist.

0.65-10= 0.55 m

Speed: (Distance moved * projectile velocity) / Distance between projectile and person at the time of dodging.

Length is obviously in meters and velocity is in m/s

Speed: (1.02102 * 377.3)/0.55= 700.41972 m/s
 
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The manga with the highschoolers who have sex to battle aliens, or is that a different one?
First, get that degenerate mindset out of here for a moment and give me the full name on it in DM
Second, yes its a different one, an shonen jump manga like Spy x Family but instead its an highschool romcom with mafia and yakuza involved on it

It has a several good feats and a characters who can fight but sadly no one interested with it
 
My fault who bring it out here but i just wish someone make Nisekoi page here lel
Also don't lie Confluctor, you are also want the full name of 'Nisekoi' that Null said above 👀
 
Yes

As for your first point... Make them yourself lol. Or gather the feats and someone else can put them on a page for you.


Anyway, is the calc/feat usable or...?
 
Yes

As for your first point... Make them yourself lol. Or gather the feats and someone else can put them on a page for you.


Anyway, is the calc/feat usable or...?
BRUH

I LITERALLY DID THE CALC ABOVE
 
Distance moved would actually be 2*pi*(Angle moved/360) times the length of the arm. Or basically just convert the degrees to rad and multiply the rad value with the arm length. Which would butcher the speed result in this case.

Also a semi-circle angle is 90 degree. So...

90 degrees is 1.5708 rad. 0.65 m arm length times 1.5708 is 1.02102 m moved.

However, I think you can shave off some distance between her and the ball, since the racket only got close to her hand and not to her face (As she obviously extends her hand, so minus the arm distance from 1.25 m to get the true distance between her and the ball.

1.25-.65= 0.6 meters away from her in actuality.

Speed: (Distance moved * projectile velocity) / Distance between projectile and person at the time of dodging.

Length is obviously in meters and velocity is in m/s

Speed: (1.02102 * 377.3)/0.6= 642.05141 m/s
WHY DOES NOBODY NOTICE ME? :(
 
BRUH

I LITERALLY DID THE CALC ABOVE
oh, by the way, I had 'calculated' the size of her arm to the pulse, but I discovered that there is a calculator for that, entering the 169 cm which measures an average Belgian woman and that she is a young woman, I get that her arm, forearm and hand measure 72 cm, not 65. could you change 65 to 67 (she doesn't have the hand fully extended either so I think he should be take of 5 cm)?
 
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oh, by the way, I had 'calculated' the size of her arm to the pulse, but I discovered that there is a calculator for that, entering the 169 cm which measures an average Belgian woman and that she is a young woman, I get that her arm, forearm and hand measure 72 cm, not 65. could you change 65 to 67 (she doesn't have the hand fully extended either so I think he should be take of 5 cm)?
This calculator you mean?

I think pixel-scaling would give you more accurate results. Not all humans are built the same.
 
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