Bennie is calculating the density of books in a box. He knows the number of books in the box and the volume of the box. Which of the following formulas can be used to calculate the density of books in the box? (6 points) Density = number of books over volume of shelf Density = volume of shelf over number of books Volume of shelf = density over number of books Number of books = density over volume of shelf
@kittybasil
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The general formula for density is \(D=\frac{m}{v}\) or Density equals mass over volume. Based on this, anything that doesn't follow that formula is wrong. That being said, if "number of books" is considered mass, then it would probably be A because it says number of books over volume. The second option would be backwards and the other 2 aren't even remotely similar to the formula
I thought It was A
thank you for your help
Yeah, it's A. Good job! Np π
1. Why ping? I'm right here. 2. There is no other significant indicator of mass. Therefore, this is the only possible representative phrase.
TL;DR they didn't use anything else that could be considered mass. Honestly I wouldn't use that to describe mass either
Unless all the books weigh the same or something. Kinda arbitrary there
ah i did this to someone a while ago in the same particular question and he kinda started to doubt his answerπ -- i wanted that scene recreated.
I would too, but there's no other way to read it so I guess we have to use this very confusing/vague way to represent mass π€·π»ββοΈ rip
nah its very easy... just ban the mass, and focus on the second one.
...ban the mass?
... VOLUME OF SHELF = V thats like the most obv thing on earth therefore, m is the other one
Okay, but that doesn't explain what "ban" the mass is
ban/lowe/forget abt it for a moment -- same thing
lowe? π€
Dernit that didn't translate well
There we go! (Credits to the dev of course)
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