ColtonAce
Colton   Pennsylvania, United States
Level
80
Global Sentinel
500 XP
 
 
OOOOOH MAMA!

PFP by @FeiandCo on Twitter
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Currently Online
Profile Awards  3
Badges  41
Games  248
Inventory   
Screenshots  261
Videos  1
Workshop Items  3
Reviews  2
Artwork  8
Groups  7
The Dicksword
7 Members
Jayson Eis
8 Members
TheSpaz's
25 Members
Friends  206
142
Booly
Online
131
salem
Offline
126
Matt
Offline
123
DixonBark
Offline
101
roffle
Offline
97
Xisty
Offline
Welcome!
Proot Scoot n Shoot

My Inventory

Below is my themed inventory, I pieced it together over a couple years. Most of my skins I got through purchasing or trading with skins I unboxed. Skins are set up so that Terrorist side are all Purple skins, and Counter-Terrorist side are all Green skins.
Currently NONE of my skins are for trading.
Item Showcase
Badge Collector
41
Total Badges Earned
4
Foil Badges Earned
251
Game Cards
Screenshot Showcase
Polygonal Perfection
+ 257
Recent Activity
47.9 hours past 2 weeks
80 hrs on record
last played on 17 Feb
Rocket League
Achievement Progress   52 of 88
+47
152 hrs on record
last played on 16 Feb
Tabletop Simulator
Achievement Progress   17 of 26
+12
0.6 hrs on record
last played on 15 Feb
NERTS! Online
Comments
Dogrel 18 Jan @ 8:46am 
nice smg
🦄Dagdann🦄 18 Dec, 2024 @ 10:52am 
+rep thrilling player
Akinorisar 6 Dec, 2024 @ 8:20am 
USP king
Faejin 28 Nov, 2024 @ 12:02pm 
+rep ak master fr
Lumpitas ♡ 31 Jul, 2024 @ 11:40am 
don't play fc, little furry. :os_niko:
匚ㄖ尺卩丂乇匚ㄩ乃乇 11 Jul, 2024 @ 12:53am 
Problem #3 (30 Points) A narrow beam of 400-keV photons is incident normally on a 250-mm iron liner. The
value of  /  for iron at 400-keV is 9.131E-2 cm2/g. The density of iron is 7.87 g/cm3. Perform calculations
and answer the following questions.
• (5 points) What fraction of the photons have an interaction in the liner?
• (10 points) Assuming that the value of the iron mass attenuation coefficient is known with an uncertainty
of 1%, estimate the uncertainty in the value of the fraction of the photons having an interaction in the liner.
• (10 points) Assuming that the value of the liner thickness is known with an uncertainty of 1%, estimate
the uncertainty in the value of the fraction of the photons having an interaction in the liner.
• (5 points) Compare and discuss the results from the above answers. Assess the significance of the data
uncertainties in nuclear data vs. geometrical data.