Form 100 We: Fill & Download for Free

Everyone Dies™Day 1: Mass 2.5 gDay 2 - Day 80: The penny gets heavier and heavier, eventually sinking into the core of the Earth. But we don’t notice so much.Day 81 - Day 92: The mass of the penny goes from smaller than the mass of the Moon (we can barely feel the increased weight) to the mass of the Earth (which doubles our weight and makes life nearly impossible).Day 93: Everyone Dies™. Gravity is nearly triple. Most people can’t stand.Day 94 - Day 100: We get denser and denser. And we shrink. A lot.Day 101: Around this time, we become electron degenerate matter - essentially, the stuff of white dwarfs. We’re atoms smashed as close together as possible.Day 106: Around this time, we become neutron degenerate matter - essentially, the stuff of neutron stars. The electrons and protons get crushed together by gravity to make neutronsDay 113: Around this time, the neutron degeneracy pressure can no longer hold up against gravity. We are swallowed into a singularity.Oh, all of the other planets, and the Sun, have probably crashed into us already. If not now, then soon.By the end of the year, we weigh more than the universe. Good times!

Ok, this is probably going to be wildly inaccurate but here is my best estimate.First up, size of the pyramid.The pyramid looks to be about 2 and a half times Heath Ledger’s height and he's 1.85m tall according to google. So we have a height for the pyramid of roughly 4.6m.The width is a little harder to guess however. At the base it certainly looks to be a bit larger than the height, so I'm going to very unscientifically say it's a about 6m. The top on the other hand looks to be about the same size as the joker, so let's say 2m.Now we’ve got our measurements we can be a bit more specific.It's formed of 10 layers so each must be a height of about 0.46m and assuming the slope of the pyramid is constant, the width of the nth row will be [math]6-\frac{4(n-1)}{9}[/math]. We get the total volume is [math]\Sigma_{1}^{10}0.46*(6-\frac{4(n-1)}{9})^{2}[/math]~[math]81m^{3}.[/math]According to Thickness of a Dollar Bill we have the volume of each note as 1.15 [math]cm^{3}[/math]. We have therefore about 7.2 million notes. Thus the total worth is [math]72*[/math]average denomination of the bills. If we assume they're all $100 we get a total value of $720 million.I'd probably then say a conservative answer would be about $600 million as there were many possible sources of inaccuracy in the calculations.

Edit: Aditya N.K found out a great solution :Solution 1:0 + 0 + 0 + 0 + 80 +90= 100 , when the numbers are calculated in the form of base-17.80(base 17) = 136(base 10/decimal)90(base 17)=153(base 10/decimal)Further, 100(base 17)= 289(base 10/ decimal)So, 80(base 17) + 90(base 17)=136(base 10) + 153(base 10)=289(base 10)=100(base 17).So,0 +0 + 0+ 0 +80 + 90 =100 (all numbers in base 17).......Solution 2:We can subtract value from (80+90) to get 100 without using negative numbers by using logarithmswe know, log (1/10) =-1;so to get -70, we can use one of the many possible ways:log (1/10^70)=-70.or [log(1/10^20)] + [log(1/10^20)] + [log(1/10^30)]=-70etc etcSo one way of getting '100' is :log(1/10^70) + 0 + 0 +80 + 90 =100.{we are not directly substituting negative numbers in the given equation , so we guess we are doing it right :)}