#viscous — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #viscous, aggregated by home.social.
-
The world is a viscous place.
-
The world is a viscous place.
-
The world is a viscous place.
-
The world is a viscous place.
-
SciTech Chronicles. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Jan 13, 2025
#snowball #seawater #viscous #algae #diffusion #Chlamydomonas VMWare #KVM #license #open-source #Broadcom #VMDK #music #Tregoning #isolation #co-operation #Cortisol #adjacent #imagination #ruleset #Protopia #Specialization #siloed #Yunnan #sauropodomorph #Hettangian #Jurassic #herbivore
-
SciTech Chronicles. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Jan 13, 2025
#snowball #seawater #viscous #algae #diffusion #Chlamydomonas VMWare #KVM #license #open-source #Broadcom #VMDK #music #Tregoning #isolation #co-operation #Cortisol #adjacent #imagination #ruleset #Protopia #Specialization #siloed #Yunnan #sauropodomorph #Hettangian #Jurassic #herbivore
-
SciTech Chronicles. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Jan 13, 2025
#snowball #seawater #viscous #algae #diffusion #Chlamydomonas VMWare #KVM #license #open-source #Broadcom #VMDK #music #Tregoning #isolation #co-operation #Cortisol #adjacent #imagination #ruleset #Protopia #Specialization #siloed #Yunnan #sauropodomorph #Hettangian #Jurassic #herbivore
-
SciTech Chronicles. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Jan 13, 2025
#snowball #seawater #viscous #algae #diffusion #Chlamydomonas VMWare #KVM #license #open-source #Broadcom #VMDK #music #Tregoning #isolation #co-operation #Cortisol #adjacent #imagination #ruleset #Protopia #Specialization #siloed #Yunnan #sauropodomorph #Hettangian #Jurassic #herbivore
-
SciTech Chronicles. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Jan 13, 2025
#snowball #seawater #viscous #algae #diffusion #Chlamydomonas VMWare #KVM #license #open-source #Broadcom #VMDK #music #Tregoning #isolation #co-operation #Cortisol #adjacent #imagination #ruleset #Protopia #Specialization #siloed #Yunnan #sauropodomorph #Hettangian #Jurassic #herbivore
-
"Do you know why I called you to my office?"
"No. What is it?"
"You don't know what an office is?"
"Yea, I do. I mean, what's the matter."
"Your child attacked another child, most viscously."
"Viscously?"
"Yes. He doused the other student in molasses."
-
"Do you know why I called you to my office?"
"No. What is it?"
"You don't know what an office is?"
"Yea, I do. I mean, what's the matter."
"Your child attacked another child, most viscously."
"Viscously?"
"Yes. He doused the other student in molasses."
-
"Do you know why I called you to my office?"
"No. What is it?"
"You don't know what an office is?"
"Yea, I do. I mean, what's the matter."
"Your child attacked another child, most viscously."
"Viscously?"
"Yes. He doused the other student in molasses."
-
"Do you know why I called you to my office?"
"No. What is it?"
"You don't know what an office is?"
"Yea, I do. I mean, what's the matter."
"Your child attacked another child, most viscously."
"Viscously?"
"Yes. He doused the other student in molasses."
-
A simple model for it might be to assume it is a #linear #viscous fluid offering resistance proportional to the velocity of the projectile, i.e. R = -k.v, where v is the velocity vector and k is a constant which dictates how viscous the fluid is.
Happily, this model has exact solutions so I didn’t need to do any numerical integration. Here are four different cases, including the ideal case k = 0. The others are k = 0.1, 1 and 10, with the k=1highlighted. Pt2...
-
A simple model for it might be to assume it is a #linear #viscous fluid offering resistance proportional to the velocity of the projectile, i.e. R = -k.v, where v is the velocity vector and k is a constant which dictates how viscous the fluid is.
Happily, this model has exact solutions so I didn’t need to do any numerical integration. Here are four different cases, including the ideal case k = 0. The others are k = 0.1, 1 and 10, with the k=1highlighted. Pt2...
-
A simple model for it might be to assume it is a #linear #viscous fluid offering resistance proportional to the velocity of the projectile, i.e. R = -k.v, where v is the velocity vector and k is a constant which dictates how viscous the fluid is.
Happily, this model has exact solutions so I didn’t need to do any numerical integration. Here are four different cases, including the ideal case k = 0. The others are k = 0.1, 1 and 10, with the k=1highlighted. Pt2...
-
A simple model for it might be to assume it is a #linear #viscous fluid offering resistance proportional to the velocity of the projectile, i.e. R = -k.v, where v is the velocity vector and k is a constant which dictates how viscous the fluid is.
Happily, this model has exact solutions so I didn’t need to do any numerical integration. Here are four different cases, including the ideal case k = 0. The others are k = 0.1, 1 and 10, with the k=1highlighted. Pt2...
-
A simple model for it might be to assume it is a #linear #viscous fluid offering resistance proportional to the velocity of the projectile, i.e. R = -k.v, where v is the velocity vector and k is a constant which dictates how viscous the fluid is.
Happily, this model has exact solutions so I didn’t need to do any numerical integration. Here are four different cases, including the ideal case k = 0. The others are k = 0.1, 1 and 10, with the k=1highlighted. Pt2...
-
What is the scientific word for a Fluid or semi-Fluid that holds its bead when put on a surface. Think ketchup. You could write with it, and the ketchup would mostly hold its location and height.
Is this viscosity also? Or is there a word for the vertical strength of a liquid/gel
#hydrodynamics #science #engineering #liquid #gel #viscous #viscosity
-
What is the scientific word for a Fluid or semi-Fluid that holds its bead when put on a surface. Think ketchup. You could write with it, and the ketchup would mostly hold its location and height.
Is this viscosity also? Or is there a word for the vertical strength of a liquid/gel
#hydrodynamics #science #engineering #liquid #gel #viscous #viscosity
-
What is the scientific word for a Fluid or semi-Fluid that holds its bead when put on a surface. Think ketchup. You could write with it, and the ketchup would mostly hold its location and height.
Is this viscosity also? Or is there a word for the vertical strength of a liquid/gel
#hydrodynamics #science #engineering #liquid #gel #viscous #viscosity
-
What is the scientific word for a Fluid or semi-Fluid that holds its bead when put on a surface. Think ketchup. You could write with it, and the ketchup would mostly hold its location and height.
Is this viscosity also? Or is there a word for the vertical strength of a liquid/gel
#hydrodynamics #science #engineering #liquid #gel #viscous #viscosity
-
What is the scientific word for a Fluid or semi-Fluid that holds its bead when put on a surface. Think ketchup. You could write with it, and the ketchup would mostly hold its location and height.
Is this viscosity also? Or is there a word for the vertical strength of a liquid/gel
#hydrodynamics #science #engineering #liquid #gel #viscous #viscosity
-
@kathygriffin
Loving the auto-error of #AOC and #Pelosi comments being "viscous". Pretty sure you meant "#Viscous" there 😂 -
@kathygriffin
Loving the auto-error of #AOC and #Pelosi comments being "viscous". Pretty sure you meant "#Viscous" there 😂 -
@kathygriffin
Loving the auto-error of #AOC and #Pelosi comments being "viscous". Pretty sure you meant "#Viscous" there 😂 -
@kathygriffin
Loving the auto-error of #AOC and #Pelosi comments being "viscous". Pretty sure you meant "#Viscous" there 😂 -
@kathygriffin
Loving the auto-error of #AOC and #Pelosi comments being "viscous". Pretty sure you meant "#Viscous" there 😂
