I can handle shitty graphics, it’s the framerates that really mess with me.
I sometimes forget that some games on Switch cap at 30fps. Jumping from a 165hz display running 165fps to a 60hz display running 30fps is… a bit jarring.
I can handle shitty graphics, it’s the framerates that really mess with me.
I sometimes forget that some games on Switch cap at 30fps. Jumping from a 165hz display running 165fps to a 60hz display running 30fps is… a bit jarring.
What kind of infographic is that? Convection in large bodies of water? I’m not familiar :(
As a teenager, my parents would only let me have a PC if it was situated outside of my room, so naturally, I put my setup in my basement. I was excited to play games in the coolest (temp-wise) room in the house, up until the day a camel cricket decided to jump up my pants and continue to work its way up until I smashed it against myself.
Yuck.
For the 2nd one, better safe than sorry. You would feel like more of a dumbass if you heard a story in the news about a gas leak fire, or some other form of damage/injury/death.
The mathematician one could easily be turned into benzene and then suddenly it’s also a chemistry pancake!
If 0/0 is NaN, then does that mean 0*NaN = 0*0/0 = 0?
I remember chilling in the basement and using the PS2 to listen to music. Of course, I gamed on it plenty, but having the music player and DVD player function was pretty convenient too.
I had to learn emacs for my engineering computation class, up to the point that we were required to present our code in emacs if we had questions to ask during office hours.
I got quite used to it by the end of that course.
For me, green was chemistry, red was biology, purple was physics, and blue was math. Orange would probably be Spanish, and pink or any other colors would be left over for English, social studies, etc.
Then simply change the statement to say for any whole number X
It makes sense, it’s basically always 10*x+9.
No, it’s because of the solar panel’s compounding liver dysfunction.
Agreed. Perhaps it was based on tensile stress? Tensile stress = deforming force / cross-sectional area
I’m in Rochester, NY for the eclipse.
It’s just clouds.
Yeah, it’s in radians. The degree version has a less clean format.
(1/2)×θ×r^2
is the area of a circle sector, like a slice of pie.
(1/2)×sin(θ)×side1×side2
is the side-angle-side formula for the area of a triangle.
We know that the triangle encompassed by the sector has two sides that are equal to the radius, so we replace side1×side2 with r^2. Since the area of the arc segment is equal to the area of a sector minus the triangle, we can subtract triangle area from sector area to get
(1/2)×(θ-sin(θ))×r^2
which is the area of the arc segment, as shown with pie in the picture.
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I find Jersey quite silly because there’s a distinct North and South Jersey, but then people in the middle still have some ambiguous Central Jersey pride to them
I was going to say… being a semi-power-user of Windows, I have to find a LOT of very jank solutions to obscure problems.
So, I was kind of correct… but also not quite correct enough!