- About
- Meeting Notes
- April 19th, 2017 Minutes
- April 12th, 2017 Minutes
- April 5th, 2017 Minutes
- March 22nd, 2017 Minutes
- March 15th, 2017 Minutes
- March 8th, 2017 Minutes
- March 1st, 2017 Minutes
- February 22nd, 2017 MInutes
- February 15, 2017 Minutes
- February 8th, 2017 Minutes
- February 1st, 2017 MInutes
- January 25th, 2017 Minutes
- January 18th, 2017 Minutes
- November 30th, 2016 Minutes
- October 26th, 2016 Minutes
- October 19th, 2016 Minutes
- October 12th, 2016 Minutes
- October 5th, 2016 Minutes
- September 28th, 2016 Minutes
- September 21st, 2016 Minutes
- September 14th, 2016 Minutes
- September 7th, 2016 Minutes
- Past Meeting Notes (Fall 2006-Spring 2016)
- September 6th, 2017 Minutes
- August 30th, 2017
- Events
- Cal Logging Sports
- Merchandise
- Links
February 21, 2018
Oh hey clubber, I didn't see you there, haha!
Oh wait a minute. That's because you weren't there
Midterms have got everyone down, so I guess that means you all think there's an excuse for attendance to go down too.
Jack has an O Chem midterm in less than 24 hours. I have two midterms in less than 48 hours. Yet, Jack was there, I was there, even a surprise guest was there, and you, my dear lovely "clubber", were not.
Think on your sins.
_____________________________________________________________________
February 21, 2018
Agenda
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No one can think of anything, so let’s take a less structured approach to club
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Ben broke his knee, wish him well or just laugh
Officer Announcements
Andrew
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suggests a club member or faculty member spotlight on the FB page
Camila
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Pay your dues
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You’ll be on the website, and feel special and amazing
Lewis
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Is there interest in club pint glasses?
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There is
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Ben suggests shot glasses
*** WES *** was so kind as to grace today’s meeting with his presence, can you believe it
Merch
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We’ve got a lot of big game shirts from last year
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Centennial stuff in weird sizes
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Bottle openers
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Stickers are coming
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Hats are coming
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Denims remain in larger sizes
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Merch makes great gifts I guess, if your family or significant other is into forestry as much as you pretend to be
Alegra
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Bean feed coordinator has a conflict with wednesdays
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Can we move to tuesday/thursday?
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Reaction is mixed, a poll may be sent out
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Logging sports
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Practice might be on sunday
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Stay tuned in to your email boxes
Member announcements
Kathie
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Has donuts for amanda and Jackie’s birthday
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Happy birthday to you
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Outside event: Berkeley Women in Business (?) are having a panel discussion with sustainable business leaders. Cliff bars might be there
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648 Evans
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6:30-8:00 pm
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Feb 27
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Alegra
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Earth Team is having a tree planting
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Sat March 3
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Wanlass park, San Pablo
Hunter
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SAF shared our news article
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But only so their members could mock us
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This slight will not go unpunished
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Hunter suggests starting a comment war
Ben
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The show was great, too bad you all missed it
AUA
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Anthropology Undergraduate Association (?)
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Is having an outing to the Thai Temple
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There will be good food, including sticky rice
Reminders
Axes
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Juniors and seniors get your axes to scott for Xi Sigma Pi
Pro-track foresters
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Seniors who are SAF members and are doing the professional track get a ring
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It’s pretty
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Go to a jeweler and figure out your ring size
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Or ask the internet
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Jobs
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Camp TA app closes march 3
Tree of the Week
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Bunya Pine
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From Queensland Australia
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150 ft tall
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Tubers grow from the seeds after germination, and sit around in the ground for years, maybe
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The tree then grows from that
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The cones are gigantic, weighing 40 lbs
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Bunya pine exhibit extreme apical dominance
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They aren’t real pines
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The wood has good acoustic qualities and the seeds can be eaten
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The tree is important in Aboriginal culture
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The leaves are isosceles triangles
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Remember that an isosceles has two equal sides, b, and an unequal one, a
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Of course, the height is found using h= sqrt(b^2 - ¼(a^2))
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And therefore area is ½(a^2)*sqrt(b^2/a^2 - ¼)
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Now naturally the inradius should be r= (a(sqrt(a^2 + 4h^2 - a)/4h)
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So as everyone can guess by now, the geometric centroid is ȳ = <y>/A = 1/3 h
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**I assumed that you would all know the simple calculation for the mean of y, but for you laggards out there it is = <y> = int (-a/2)^a/2 ((int (0)^1 - abs[x]/(a/2)) (y^2)(d^2)x)
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Hunter found isosceles triangles confusing, but as you can see they’re very simple.
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MeetingDate:
Wednesday, February 21, 2018