18th bday, but the flavor choice sounds more like 74th bday, sounds delicious tho.

He’s a good boi playing a good boi disguised as another good boi!

That does not affect buffer frames unfortunately, it’s just a visual setting. With it off you just get “more frames per frame”; the game would be broken if your video settings affected your input timings. Just keep practicing, it works!

100% agree, not sure if you are referring to a particular app but,food delivery apps are #1 suspect. I h8 it

I don’t get it, current charger is usbc out. The current charging cable is usbc to lighting. Why won’t the included cable work with the old charger? New cable should be just usbc male on both ends. What am I missing?

My brain rounds UP everything to the nearest integer. Pi is 4, joke’s on you.

The misgender animation only lasts 18 frames, you are inactionable for the first 9, so you need to perfectly input on frame 10-11, 12 is already too late. Use CC to avoid knockback & dmg in case you miss your frame, to protect yourself while you master this technique.

Better to have verified users than a sudden influx of bots! Also they are kind enough to let them be partial, I always wear my cage bc I’m shy like that.

Literally eating ass for 14 years, never got an itchy butt. If someone has them, they would know and maybe not even want to have genital sex. The best sex happens with people you can trust.

Most consumers are familiar with the 802.11 standards; however, this new sequential number rebranding is intended to simplify things. Previously, the naming design used the alphabet, starting with a to bto g and n, with each one representing the next generation. We’d expect z to be the last or fastest one, or until they have new names, but suddenly we’re on 802.11ac, which is faster than all previous versions, so it’s understandable that users would be a bit confused. Thus, starting from 802.11n, Wi-Fi will be referred to as Wi-Fi 4, 802.11ac as Wi-Fi 5, and 802.11ax as Wi-Fi 6.

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WiFi 6: higher data rates, increased capacity, enhanced performance in dense environments, and improved power efficiency. Operating on the same 2.4 GHz and 5 GHz band as Wi-Fi 5, Wi-Fi 6 is rated to support transfer speeds of up to 10 Gb/s, which ranges from four to ten times faster than the current standard.

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802.11ax utilizes OFDMA (Orthogonal Frequency Division Multiple Access), one of the big advancements with LTE technology.

TL;DR: less congestion in crowded networks and better speeds.