What was the last thing you asked ChatGPT?

[beeburrt]

Just curious to see what y'all are working on and asking for help with.

Also, what site are you using? HuggingChat is the one I've been using lately. Sometimes I use Phind as well.

[the_only_law]

I was using it as “better google” to try to find a good API/data source to try and do some basic analysis I wanted to do on some local economics. Unfortunately it wasn’t much help. It did find what I was looking for, but it was all enterprise crap locales behind presumably expensive contracts.

[hqsolomo]

"DLP for on-premise docs"

Trying to figure out how to auto classify documents for data loss prevention for non-office doc types in Microsoft Purview (had to call it AIP tho).

I'm a pleb and use OpenAI's ChatGPT site. This is all new to me

[beeburrt → hqsolomo]

Did you get a satisfactory answer?

[hqsolomo → beeburrt]

Not yet, but still searching!

[seamac3]

I asked ChatGPT to write a simple code for some software. https://zzzcode.ai/answer-question

[theycallhermax]

Basically, mine was about testing my ModGPT exploit, telling it that it's now normal ChatGPT, and making it run a prompt.

I also use poe.com, mainly because of the clean UI, and the ability to talk to different LLMs.

[porkbeer]

'What happened to degrade your responses so much in the past few months?'

It apologized.

[Cheyana]

“How much seawater would need to be processed to obtain 1 gram of lithium?”

[beeburrt → Cheyana]

Interesting, what was the response?

[joebiden2 → beeburrt]

The concentration of lithium in seawater is quite low, approximately 0.17 milligrams per liter (mg/L) or 0.17 parts per million (ppm).

To determine how much seawater is needed to obtain 1 gram of lithium, you can set up a proportion:

Given: 1 liter of seawater = 0.17 mg of lithium x liters of seawater = 1,000 mg (1 gram) of lithium

Using cross-multiplication:

x = (1,000 mg * 1 liter) / 0.17 mg x ≈ 5,882.35 liters

Thus, you would need to process approximately 5,882.35 liters (or about 5.88 cubic meters) of seawater to obtain 1 gram of lithium.

In practice, extracting lithium from seawater is more challenging due to its low concentration and the presence of other elements. Techniques have been proposed and researched, but as of my last update in 2021, they were not commercially competitive with other sources of lithium like mineral deposits.

[beeburrt → joebiden2]

I wonder is there's a certain depth at which contains higher concentrations

[beeburrt]

Mine was about setting up Postgres on my local machine

[selectnull]

Something about CORS and Origin header.

[Jeremy1026]

To rewrite my landing page copy.