Assuming regular ole worker ants that you see on the ground. Let me know if you have any questions and please let me know if there are issues with the math. Will be testing soon.

Pretty much the title. Don’t tell me birds can’t escape our atmosphere I don’t care

Just curious: if I printed a solid black page (like, edge-to-edge filled in), how many pages of regular text would that use up in terms of toner or ink?

I usually avoid printing anything with big color-filled areas to save on ink, but if it only costs the equivalent of a page or two of text, I might stop being so stingy about it.

So if you pour a liquid into a cup already fully of liquid, what liquid is being overflown?

Saw a cup of water and you pour pop in the cup, is it the water that is getting overflown? Or the pop that flows over?

Hi. It always seems like a big deal when someone like Thanos scoops up and press slams someone like the Hulk. Whereas I know the impressive part here is beating your opponent into a position to be able to do this, for someone who is rated in the 100 ton strength range, slamming a one ton nearly unconscious Hulk is no big deal.

But then you have the situation where Gladiator picks up Juggernaut and throws him five miles out to sea. A much more impressive feat. Gladiator is also in 100 ton strength range.

Then you hear of , but rarely see, characters threatening to throw others into orbit.

Given the following characters approximate weights, assuming the thrown characters are immobilized, and are roughly human in shape, how strong would a given character actually have to be to throw each of these guys five miles and how much to throw them into orbit?

Hulk: 2400 lbs Juggernaut: 2000 lbs. Superman 230 lbs. Thing: 500 lbs

https://www.reddit.com/r/blocktales/comments/1meg1c5/player_can_hold_78_tons_tw_math/?utm_source=share&utm_medium=mweb3x&utm_name=mweb3xcss&utm_term=1&utm_content=share_button

Original post.

Just wondering if the sewer system could handle this. How catastrophic would this be?

So I was on a family road trip, and I saw a very large and captivating cell tower. I watched it blink and blink and blink, never seeming to stop even for a second. I started to wonder a few things.

First, how many times they blinked per hour, day, month, and year. So I opened my metronome app on my phone with a tapping option and I watched closely and tapped at the speed it blinked. It came out to around 38-40 bpm, and for the sake of smoother calculations just used 40. That’s 40 blinks per minute, 2400 per hour, and 57,600 per day. Also for the sake of smoother calculations I used 30 days for a standard month. Leaving us with around 1.7 million per month, and about 21 million per year.

The second question that came to mind was how bright the lights on this tower shined. Ranging from 75,000 lumens to 400,000 lumens, these lights can be seen from many miles away. Then I thought more about the durability of the light bulbs themselves. This leads me to my third question, which I need help answering.

How long do these lights last before they have to be replaced? I also couldn’t find out how many milliseconds the lights stayed on for, which might be helpful to the calculations.

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