3492 6333 5526 daily sleeper :)

Guess you and I will be good friends! Dm me and I'll send code

I have g max machamp for terrakion if you are interested

add meeee!

3492-6333-5526

daily sleeper, still with lots of space

Edit* Thank you to the veterans who have been adding me. I welcome all <3

3492-6333-5526

She my first galarian bird ever today and nearly fell off my bike. One throw and it was gone but i felt like ash seeing ho oh in episode 1

sent request

Pho phuong nine with that bone marrow

Hoping for a great launch for your app!

Personally I'm fiending for that 151 Charizard SIR!

My favorite Turkish gun ngl

do these things have survival instincts? it looked like the small one was cowering and staying low profile when the big one showed up?

r/maybemaybemaybe

you will outgrow this in about a week or two

there are videos floating around of people getting sucked in in a similar fashion. thankfully the ones I saw weren't gory

Tf = Ti - (h * ν / kB) * Σ [cos(φn) * An], for n = 1 to N

Explanation of Terms

• Tf: Final temperature after interference effects.
• Ti: Initial temperature.
• kB: Boltzmann constant.
• h: Planck constant.
• ν (nu): Frequency of oscillation (e.g., molecular vibrations).
• φn (phi n): Phase differences of interference patterns.
• An (A n): Amplitudes of wave functions in specific regions.
• N: Total number of interference regions.

Here’s the equation I’ve been working with:

Tf​=Ti​−h⋅νkB​​n=1∑N​cos(ϕn​)⋅An​

Tf = Ti - (h * ν / kB) * Σ [cos(φn) * An], for n = 1 to N

Explanation of Terms

• Tf: Final temperature after interference effects.
• Ti: Initial temperature.
• kB: Boltzmann constant.
• h: Planck constant.
• ν (nu): Frequency of oscillation (e.g., molecular vibrations).
• φn (phi n): Phase differences of interference patterns.
• An (A n): Amplitudes of wave functions in specific regions.
• N: Total number of interference regions.

• Tf​: Final temperature after interference effects.
• TiT_iTi​: Initial temperature.
• kBk_BkB​: Boltzmann constant.
• hhh: Planck constant.
• ν\nuν: Frequency of oscillation (e.g., molecular vibrations).
• ϕn\phi_nϕn​: Phase differences of interference patterns.
• AnA_nAn​: Amplitudes of wave functions in specific regions.
• NNN: Total number of interference regions.

you might like LA Canyons

slice of india or luv punjab

I felt that smile