It would not be fraud to round up the change that’s handed back to a person to the nearest 5¢, plus businesses already factor in far more than 0-4¢ per transaction for credit card fees, so an added cost of 0-4¢ per cash transaction with the bonus of increased efficiency by having fewer coins to count and track makes it a very easy change to make

Chances are the practice will just be to round to the nearest 5¢ on cash transactions. Is it actually worth the time to worry about a few cents on the handful of cash transactions in a day?

The amount of writes required to kill an SSD aren’t going to be seen in the real world on a timescale of less than 10 years unless you’re really doing something wild that you shouldn’t be.

An SD card might fail after it’s full capacity being written a handful of times, SSDs can survive that several hundred times over. Seriously look up the terrabytes written specs for various storage mediums and calculate out the daily amount of writes. Oftentimes with SSDs you’d have to literally write a terrabytes of data a week to actually see a problem

Honestly Raspberry Pis are pretty underpowered as hosts for more than a handful of super basic services, and given they consume 20-30w at minimum you’re easily getting into used office desktop territory where you can get a ton more performance right out of the gate.

The real value in the raspberry pi is in the GPIO and the cohesive ecosystem of accessories to plug into said GPIO. You can do so many cool automations and controls using just an RPi (especially if combined with something that can’t be accomplished more cheaply and easily with an ESP32) but as a server host they’re pretty crap in comparison to a decade old business PC off of eBay

I’ve literally tossed working computers of the exact same model as my home server into the ewaste bin at work. One person’s trash and all

TDP ≠ power draw. TDP is literally the Thermal Design Power aka what is the amount of thermal load a system designer should account for. Yes it can give you a rough and dirty idea of maximum power draw, but real world power draw can be entirely different because that depends on load.

For example, if your i5-6500 runs at 50-70% load while the newer processor only runs at 20-30% load due to IPC and instruction improvements the newer processor might very well use less power over the course of month than the older one despite the newer one being capable of drawing more

You’re also comparing a 4c4t part to one with 14c/20t not to mention comparing a mass market part to a gaming specific part. The 6600k (which is targeting the same market segment as the 13600k) has a 91w TDP. Go compare your 6500 to the i5-13500 except again it’s still comparing apples to oranges when you just look at raw specs and TDP ≠ real world power consumption

When I worked at a bank we had a loan officer who wrote in such broken English that the email filter actually started flagging and blocking his outbound emails as a suspected compromise. Worst part is he was handling multimillion dollar agribusiness loans. Second worst part is he’s as white American as they come, having had family farming not 20 miles away for generations, so it’s not even like he can claim a non-local dialect or second language challenges