What part of: Don't you understand?!
Don’t know. It’s obvious to me Y1=42
I just don’t know how to equate this with real life. It seems so imaginary. (Hey, Ralph, a little help?)
“))”
I think the error is in the third line.
All of it.
Huh ?
Only came here to see if anyone solved the equation . . . ;-)Great comic!
The United States – 17th in S.T.E.M. education worldwide
Looks 4n to me.
That looks like something Sheldon would say.
I don’t understand the part after ‘of’ and before ’don’t’.
√-1 2^3 ∑ π and it was delicious!
It’s all due to the internal combustion of tree roots . . .
PointyHairedEE: You E B π
Yes
all of it, if it isn’t in large enough sized print !!
I wrote a program for a weather station and that looks like the equation to convert a temperature and dew point into humidity.
Day by Dave
Dave Whamond
April 10, 2015
May 31, 2017
x_Tech over 9 years ago
Don’t know. It’s obvious to me Y1=42
Arianne over 9 years ago
I just don’t know how to equate this with real life. It seems so imaginary. (Hey, Ralph, a little help?)
gammaguy over 9 years ago
“))”
g.iangoodson over 9 years ago
I think the error is in the third line.
whiteheron over 9 years ago
All of it.
ComicGuy808 over 9 years ago
Huh ?
Jim Beam Premium Member over 9 years ago
Only came here to see if anyone solved the equation . . . ;-)Great comic!
NoSleepTil_BKLYN over 9 years ago
The United States – 17th in S.T.E.M. education worldwide
Zen-of-Zinfandel over 9 years ago
Looks 4n to me.
meillered over 9 years ago
That looks like something Sheldon would say.
Perkycat over 9 years ago
I don’t understand the part after ‘of’ and before ’don’t’.
zeexenon over 9 years ago
√-1 2^3 ∑ π and it was delicious!
mggreen over 9 years ago
It’s all due to the internal combustion of tree roots . . .
hippogriff over 9 years ago
PointyHairedEE: You E B π
Plods with ...™ over 9 years ago
Yes
spaced man spliff over 9 years ago
all of it, if it isn’t in large enough sized print !!
Ricky Bennett over 9 years ago
I wrote a program for a weather station and that looks like the equation to convert a temperature and dew point into humidity.