Oliver_de_jesus
He/Him- 24,724
- 17,761
No idea if i can get from thisAdditionally, if you have a timeframe you can calculate LS from the change in momentum.
(2:16:00)
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
No idea if i can get from thisAdditionally, if you have a timeframe you can calculate LS from the change in momentum.
No idea if i can get from this
(2:16:00)
Mmmmm okYou could take the moment in which the moon was affected or when it began to move (2:16:06)
I Ctrl C + Ctrl V youSure. Do note the fact I apparently forgot how to read, it is in-fact High 6-A.
@Spinosaurus75DinosaurFan @Mr._Bambu @DontTalkDTOh yeah, y'all might want some more materials and some missing values for existing materials: https://vsbattles.fandom.com/wiki/User_blog:Flashlight237/Some_Calc_Value_Fixes_+_A_New_Material_or_Two
Well, I added carbon fiber, but oh my god! Where do I even begin with that?
I think the general method is make assumptions about where their arm was (or find out from scans), use arm/forearm length for radius, do some circle math to get the distance it must have travelled in an arc, then do typical pixel measurements to get a timeframe and then you have reaction speed.there is a feat me and a friend are trying to calc, but we reached a dilema, how exactly do you calculate a projectile block feat? say, a lazer is shot at a character, and he blocks it with his arm, what is the method to calc the speed of the arm?
Find the distance from the character and the laser from when the character started to move (x)say, a lazer is shot at a character, and he blocks it with his arm, what is the method to calc the speed of the arm?
No specific method. First calculate the time it would take for said laser to move a certain distance the moment the character moves to block it, then calculate the distance the arm moved.there is a feat me and a friend are trying to calc, but we reached a dilema, how exactly do you calculate a projectile block feat? say, a lazer is shot at a character, and he blocks it with his arm, what is the method to calc the speed of the arm?
For the sword, I would think so, but for the person wielding the sword, I'd imagine not.Any diference if a sword was used to block the lazer?
Instead of Arm, you would just Arm+SwordAny diference if a sword was used to block the lazer?
I don't think the timeframe is relevant. If you know the volume of the water (and therefore its mass from its density), you can just do E = mcΔT. m is mass, c is specific heat capacity (4184 J/kg for water) and ΔT is the change in temperature, so from probably room temperature down to 0 for freezing.How do I calc the energy needed to freeze water into a solid state in a time frame of 0,13 seconds?
Small bump?
Considering water is a bad to transfer heat, wouldn't much more energy be needed to freeze water in less them a second?I don't think the timeframe is relevant. If you know the volume of the water (and therefore its mass from its density), you can just do E = mcΔT. m is mass, c is specific heat capacity (4184 J/kg for water) and ΔT is the change in temperature, so from probably room temperature down to 0 for freezing.
I don't think so. Bringing a fixed amount of water to freezing requires a specific amount of energy. Knowing the timeframe helps (freezing an ice block over 0.2s is obviously stronger ice manip than over 2 minutes) but what you're getting into is efficiency over time and whatnot which I just don't think this wiki deals with.Considering water is a bad to transfer heat, wouldn't much more energy be needed to freeze water in less them a second?
okay, thanks.... them I guess I did something wrong in what I'm calculatingI don't think so. Bringing a fixed amount of water to freezing requires a specific amount of energy. Knowing the timeframe helps (freezing an ice block over 0.2s is obviously stronger ice manip than over 2 minutes) but what you're getting into is efficiency over time and whatnot which I just don't think this wiki deals with.
Show the numbers?okay, thanks.... them I guess I did something wrong in what I'm calculating
A 110,15 meters slime monster with the proportions of a human female(The size and area of a human woman was determined to be 1,6 m and 1,6 m^2 by a quick serch) was calculated to have 642 Kg of slime on It's body after determining that a standard container of the slime toy It's based of holded 110 g of slime in a cilinder of 7 cm with a circunference of 6, assuming the temperature was initially 25 Celcius and using water as a base sinse the slime is mostly made of It, 67191939 joules was determined to be the energy needed to freezy It. considering the monster beingh larger them buildings It seen a kinda low beingh in the wall level tierShow the numbers?
Not sure, only good example I can think of is the Titan Thera from God of War.How could you calculate someone generating a self sustaining volcano that sustains itself for a long period of time?
110.15/1.6 = scale factor of 68.84375.A 110,15 meters slime monster with the proportions of a human female(The size and area of a human woman was determined to be 1,6 m and 1,6 m^2 by a quick serch) was calculated to have 642 Kg of slime on It's body after determining that a standard container of the slime toy It's based of holded 110 g of slime in a cilinder of 7 cm with a circunference of 6, assuming the temperature was initially 25 Celcius and using water as a base sinse the slime is mostly made of It, 67191939 joules was determined to be the energy needed to freezy It. considering the monster beingh larger them buildings It seen a kinda low beingh in the wall level tier
Couldn't give you a source on it right now but I've heard that neutron stars typically have a radius within 1.5x to 2x less than the Schwarzschild radius for something of their mass?I need to calculate the GBE of a neutron star which has a radius of 339.8 meters, for reference the smallest discovered neutron star has a radius of 1.2 km, but its mass is unknown. Since, according to what I read, the mass of a neutron star is inversely proportional to its radius, which means that a neutron star has less radius when its mass is increased, should I use the mass of the most massive neutron star discovered to calc the GBE? Or maybe the Tolman–Oppenheimer–Volkoff limit since it's a non-rotating neutron star?
thanks, less them what I was expecting but seens more reasonable now110.15/1.6 = scale factor of 68.84375.
Average woman weighs 170lbs, or 75.7kg. Humans are roughly 985kg/m^3 (I don't have a source on that, I just know they're a little less dense than water hence why we float) so the average woman takes up 0.07684617859m^3.
Scale factor is cubed when talking about volume so the giant slime has a volume of 25543.38294m^3. Multiply by 1000 to get mass, 25543382.94kg.
Do your standard E = mcΔT, E comes out to be 638.6 tons, or Multi-City Block level. Neat.
Edit: Oh, I see you actually had a density for the slime instead of using water. Assuming you mean 7cm tall and circumference 6cm, that's a density of 26.19047619kg/m^3. That changes the mass to 668993.362702kg, which then changes the energy to 16.72 tons or City Block level. Fun.
Check above, I've edited the post since I realised I'd made a mistake. It's Low 7-C now.thanks, less them what I was expecting but seens more reasonable now
I'm assuming there's a calculation for this?Not sure, only good example I can think of is the Titan Thera from God of War.
well, this is bettter indead, thank youCheck above, I've edited the post since I realised I'd made a mistake. It's Low 7-C now.
Nah, nobody bothered to. All we know is her volcanic activity was powering up Atlantis.I'm assuming there's a calculation for this?
I found this stackexchange link but the source they posted for their formula is dead, but it might be helpful as a starting point to find sources to back up if you use that formula.I'm assuming there's a calculation for this?
Links are dead. Try downloading them and uploading to imgur.
Check again, I realised you have to account for change of state as well as temperature change. It's now 7-C up from Low 7-C.well, this is bettter indead, thank you
Neat, trough I think at this point we should talk about that calcs in another place, thanks any wayCheck again, I realised you have to account for change of state as well as temperature change. It's now 7-C up from Low 7-C.