Slaps Chicken at 3275.95 MPH - Images

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Using FEA to simulate the actual slapping temperature

After a week of setup and computational number crunching, I can gladly say that, *yes, you can cook a chicken by slapping it at mach 4.7*. Criterion for being "cooked" was that the material had to at least hit a temp >350K (as this is the FDA recommended temp for cooked chicken) for any duration of time. We also assume your hand is made of steel since you want to be able to eat the chicken afterwards (which appears like you won't, regardless of what your hand is made of) Note this impact on the order of less than a millisecond, so you can't _actually cook_ a chicken, because it honestly turns into a mist. Might write a report/paper on this, so be on the lookout for that
After a week of setup and computational number crunching, I can gladly say that, *yes, you can cook a chicken by slapping it at mach 4.7*. Criterion for being "cooked" was that the material had to at least hit a temp >350K (as this is the FDA recommended temp for cooked chicken) for any duration of time. We also assume your hand is made of steel since you want to be able to eat the chicken afterwards (which appears like you won't, regardless of what your hand is made of) Note this impact on the order of less than a millisecond, so you can't _actually cook_ a chicken, because it honestly turns into a mist. Might write a report/paper on this, so be on the lookout for that

Slaps Chicken at 3275.95 MPH
ansys autodyn shitpost finite element analysis fea explicit analysis slap chicken

From Thermodynamics: An Engineering Approach

1921Thermodynamics EXAMPLE 4-13 Temperature Rise due to Slapping If you ever slapped someone or got slapped yourself, you probably remember the burning sensation. Imagine you had the unfortunate occasion of being slapped by an angry person, which caused the temperature of the affected area of your face to rise by 1.8°C (ouch!). Assuming the slapping hand has a mass of 1.2 kg and about 0.150 kg of the tissue on the face and the hand is affected by the incident, estimate the velocity of the hand just before impact. Take the specific heat of the tissue to be 3.8 kJ/kg °C Solution The face of a person is slapped. For the specified temperature rise of the affected part, the impact velocity of the hand is to be determined Assumptions 1 The hand is brought to a complete stop after the impact 2 The face takes the blow without significant movement. 3 No heat is trans- ferred from the affected area to the surroundings, and thus the process is adiabatic. 4 No work is done on or by the system. 5 The potential energy change is zero, ΔΡΕ 0 and ΔΕ-Δυ + AKE. Analysis We analyze this incident in a professional manner without involving any emotions. First, we identify the system, draw a sketch of it, and state our observations about the specifics of the problem. We take the hand and the affected portion of the face as the system (Fig. 4-36). This is a closed system since it involves a fixed amount of mass (no mass transfer). We observe that the kinetic energy of the hand decreases during the process, as evidenced by a decrease in velocity from initial value to zero, while the inter nal energy of the affected area increases, as evidenced by an increase in the temperature. There seems to be no significant energy transfer between the sys- tem and its surroundings during this process Under the stated assumptions and observations, the energy balance on the system can be expressed as En-E AE system FIGURE 4-36 Schematic for Example 4-13 out Net energy transfer by heat, work, and mass Change in internal, kinetic, potential, etc., energies 0-A Uaffected tissue + AKEhand 0-(mcAT)[m(0 V2)/2hand affected tissue That is, the decrease in the kinetic energy of the hand must be equal to the increase in the internal energy of the affected area. Solving for the velocity and substituting the given quantities, the impact velocity of the hand is determined to be (mcAT affected tissue hand hand 2(0.15 kg) (3.8 kJ/kg °C) (1.8°C) 1000 m2/s 1.2 k 1 kJ/kg 41.4 m/s (or 149 km/h) Discussion Reconstruction of events such as this by making appropriate assumptions are commonly used in forensic engineering
1921Thermodynamics EXAMPLE 4-13 Temperature Rise due to Slapping If you ever slapped someone or got slapped yourself, you probably remember the burning sensation. Imagine you had the unfortunate occasion of being slapped by an angry person, which caused the temperature of the affected area of your face to rise by 1.8°C (ouch!). Assuming the slapping hand has a mass of 1.2 kg and about 0.150 kg of the tissue on the face and the hand is affected by the incident, estimate the velocity of the hand just before impact. Take the specific heat of the tissue to be 3.8 kJ/kg °C Solution The face of a person is slapped. For the specified temperature rise of the affected part, the impact velocity of the hand is to be determined Assumptions 1 The hand is brought to a complete stop after the impact 2 The face takes the blow without significant movement. 3 No heat is trans- ferred from the affected area to the surroundings, and thus the process is adiabatic. 4 No work is done on or by the system. 5 The potential energy change is zero, ΔΡΕ 0 and ΔΕ-Δυ + AKE. Analysis We analyze this incident in a professional manner without involving any emotions. First, we identify the system, draw a sketch of it, and state our observations about the specifics of the problem. We take the hand and the affected portion of the face as the system (Fig. 4-36). This is a closed system since it involves a fixed amount of mass (no mass transfer). We observe that the kinetic energy of the hand decreases during the process, as evidenced by a decrease in velocity from initial value to zero, while the inter nal energy of the affected area increases, as evidenced by an increase in the temperature. There seems to be no significant energy transfer between the sys- tem and its surroundings during this process Under the stated assumptions and observations, the energy balance on the system can be expressed as En-E AE system FIGURE 4-36 Schematic for Example 4-13 out Net energy transfer by heat, work, and mass Change in internal, kinetic, potential, etc., energies 0-A Uaffected tissue + AKEhand 0-(mcAT)[m(0 V2)/2hand affected tissue That is, the decrease in the kinetic energy of the hand must be equal to the increase in the internal energy of the affected area. Solving for the velocity and substituting the given quantities, the impact velocity of the hand is determined to be (mcAT affected tissue hand hand 2(0.15 kg) (3.8 kJ/kg °C) (1.8°C) 1000 m2/s 1.2 k 1 kJ/kg 41.4 m/s (or 149 km/h) Discussion Reconstruction of events such as this by making appropriate assumptions are commonly used in forensic engineering

Slaps Chicken at 3275.95 MPH
engineering thermodynamics scenario

Gotta Slap Fast

HEY SONIC, BIG HUNGER HERE Hidh SPeed 3SMAC here litl buddy
HEY SONIC, BIG HUNGER HERE Hidh SPeed 3SMAC here litl buddy

Slaps Chicken at 3275.95 MPH
florkofcows sonic the hedgehog gotta go fast

RawChickenLegCookedChickenLegOneHanded100

RAW CHICKEN L&G ROASTED CHICKSN LEG t 0.3 Restore 5 points of Health 03 Restore 2 points of Health ONE-HANDED 100
RAW CHICKEN L&G ROASTED CHICKSN LEG t 0.3 Restore 5 points of Health 03 Restore 2 points of Health ONE-HANDED 100

Slaps Chicken at 3275.95 MPH
chicken 3745.95 slap slaps .cook one handed 100 chicken leg

Boom roasted

When you slap a chicken at 3725.95 mph BOOM. ROASTED
When you slap a chicken at 3725.95 mph BOOM. ROASTED

Slaps Chicken at 3275.95 MPH
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me🐔irl

v: 1665.65 m/s
v: 1665.65 m/s

Slaps Chicken at 3275.95 MPH
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Hot Chicken

everyone Is it true that if you slap a chicken at 3725.95mph you will cook it? all physicists right now
everyone Is it true that if you slap a chicken at 3725.95mph you will cook it? all physicists right now

Slaps Chicken at 3275.95 MPH
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Slaps Chicken at 3275.95 MPH
slaps chicken at 3275.95 mph

E Honda extra crispy chicken

EXTRA CRISPY
EXTRA CRISPY

Slaps Chicken at 3275.95 MPH
slaps chicken at 3275.95 mph

Pacquiao gets bird cooked

CLETD REYES
CLETD REYES

Slaps Chicken at 3275.95 MPH
slaps chicken at 3275.95 mph

There's always a bigger hand

You can't Cookme I know, but he can
You can't Cookme I know, but he can

Slaps Chicken at 3275.95 MPH
thor

Chill Bro

3725.9 MPHSlap 5 Rotisserie. chicken PhysicalMPH Slap Limitations of the Human Body
3725.9 MPHSlap 5 Rotisserie. chicken PhysicalMPH Slap Limitations of the Human Body

Slaps Chicken at 3275.95 MPH
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Hottest Things Ever

Earth's Mantle 900 °C Sun 5498 85 °C Eta Carinae 39982 222 ℃ chicken at 1665 m/s
Earth's Mantle 900 °C Sun 5498 85 °C Eta Carinae 39982 222 ℃ chicken at 1665 m/s

Slaps Chicken at 3275.95 MPH
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Butt

ONE 3725.95MPH SLAPT 123,034 AVERAGE SLAPS
ONE 3725.95MPH SLAPT 123,034 AVERAGE SLAPS

Slaps Chicken at 3275.95 MPH
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That's Hot

Ah, that's hot 16 That's real hot
Ah, that's hot 16 That's real hot

Slaps Chicken at 3275.95 MPH
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Yu Gi Oh

You need an oven to cook your chicken 1665 m/s slap 1000 10 imgup.com
You need an oven to cook your chicken 1665 m/s slap 1000 10 imgup.com

Slaps Chicken at 3275.95 MPH
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