Hacker NewsLocal Qwen isn't a worse Opus, it's a different tool
https://blog.alexellis.io/local-ai-is-not-opus/
#HackerNews #LocalQwen #Opus #AItools #TechInnovation #Differentiation
kipriyanovichAlright, future engineers!
**Product Rule:** Differentiates the product of two functions.
Formula: `(uv)' = u'v + uv'`
Pro-Tip: It's NOT just `u'v'`! Each function gets a turn being differentiated while the other stays put.
Alright, future engineers!
**Chain Rule:** Differentiates composite functions (function within a function).
Ex: `d/dx sin(x^2) = cos(x^2) * 2x`.
Pro-Tip: Always differentiate outside in!
#Calculus #Differentiation #STEM #StudyNotes
**Chain Rule:** Differentiates composite functions (function within a function).
Ex: `d/dx sin(x^2) = cos(x^2) * 2x`.
Pro-Tip: Always differentiate outside in!
#Calculus #Differentiation #STEM #StudyNotes
WordofTheHour#differentiation : the action of distinguishing between things
- French: différenciation
- German: die Unterscheidung
- Italian: differenziazione
- Portuguese: diferenciação
- Spanish: diferencia
------------
Guess the next word of the hour @ https://24hippos.com
Alright, future engineers!
The **Chain Rule** differentiates a function inside another (a composite function).
Ex: `d/dx f(g(x)) = f'(g(x)) * g'(x)`
Pro-Tip: Differentiate the *outside*, then multiply by the derivative of the *inside*! Think 'onion layers.'
#Calculus #Differentiation #STEM #StudyNotes
The **Chain Rule** differentiates a function inside another (a composite function).
Ex: `d/dx f(g(x)) = f'(g(x)) * g'(x)`
Pro-Tip: Differentiate the *outside*, then multiply by the derivative of the *inside*! Think 'onion layers.'
#Calculus #Differentiation #STEM #StudyNotes
Jock Busuttil56: The coffee shop problem
How much of a problem is it if something similar to your shiny new product idea already exists on the market?
#prodmgmt #competitive #differentiation #marketing #needs #productMarketFit #segments #targetMarket 📖 Read more: https://imanageproducts.com/56-the-coffee-shop-problem/
Alright, future engineers!
The **Product Rule** differentiates a product of two functions.
Formula: `(fg)' = f'g + fg'`
Pro-Tip: 'First D Second + Second D First' is a classic mnemonic!
Likely Jan LukasAnd because of that key characteristic--acquiring things makes people who hoard feel good whilst people engaging in OCD behaviours feel horrible--#HoardingDisorder is no longer #classified as a type or manifestation(?) of #OCD in the DSM.
Hoarding Disorder is a separate, specific condition with specific #diagnostic #criteria in the more recent editon(s) of the #DSM.
15/x
If the only thing you know about people with #HoardingDisorder is something from #RealityTV, I strongly encourage you to learn the actual reality.
I'm no expert on the #diagnostic side but my understanding of the condition and it's history in the relevant #medical #literature is that hoarding was once considered a manifestation(?) of #OCD, but over the years experts noted a key distinguishing factor for hoarding vs OCD in particular:
When people with OCD are engaging in a repetitive behaviour (eg: excessive handwashing) they feel terrible about it. They want desperately to stop *in the moment* but cannot do so.
People with hoarding disorder, OTOH, feel good, perhaps even fabulous, in the moment(s) of acquiring new things. The bad feeling only comes after and/or when trying to de-accumulate.
And a full-abstinence, AA-type approach cannot work, as people NEED to aquire things to survive: groceries don't buy themselves, after all! 😐
14/x
Chain Rule helps differentiate composite functions (function of a function). Formula: d/dx [f(g(x))] = f'(g(x)) * g'(x). Ex: d/dx [(x^2+1)^3] = 3(x^2+1)^2 * (2x). Pro-Tip: Always think Outside-Inside! Differentiate the outer function first, then multiply by the inner's derivative.
#Calculus #Differentiation #STEM #StudyNotes
#Calculus #Differentiation #STEM #StudyNotes