I think all three of us are annoyed with ourselves for not remembering that the . vs , convention is different in other parts of the world.
I think all three of us are annoyed with ourselves for not remembering that the . vs , convention is different in other parts of the world.
What’s funny is the three of us recently chuckled over potential confusion when writing dates.
What’s funny is the three of us recently chuckled over potential confusion when writing dates.
Do authors of STEM papers say which decimal/thousands separator convention they’re using? Or is the reader supposed to pick it up from context?
Do authors of STEM papers say which decimal/thousands separator convention they’re using? Or is the reader supposed to pick it up from context?
We all had an “of course!” moment because we all know this int’l diff and yet made the mistake.
We all had an “of course!” moment because we all know this int’l diff and yet made the mistake.
My favorite is writing line-following robots. Self-balancing bots are great, but you'd have to build a new chassis.
My favorite is writing line-following robots. Self-balancing bots are great, but you'd have to build a new chassis.
Also, I didn't realize how different A Level Physics is from US Physics. Americans don't learn materials sci outside of chemistry.
Also, I didn't realize how different A Level Physics is from US Physics. Americans don't learn materials sci outside of chemistry.
1. You can’t see the magnetic force.
2. It’s not obvious that the globe is pulling down on the holder given the magnet is at the top of the holder.
3. And, without reasonably detailed force diagrams, 1 & 2 are easy to overlook.
1. You can’t see the magnetic force.
2. It’s not obvious that the globe is pulling down on the holder given the magnet is at the top of the holder.
3. And, without reasonably detailed force diagrams, 1 & 2 are easy to overlook.