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g
acceleration of gravity
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1.
g
then f. It works the same way as that.
2. or
G
. In some motifs you could have GT, NN, GT, or something
3. bar across from it is the diphthong, it's the "a"; not" "ah", not "aw", etc. "mi t ?
g
?t".
4. natural log of
g
of r.
5. (v•cos(?)/
g
)(v•sin(?)+?(v^2sin^2(?)+2gy)
6. f and
g
, and you write f(
g
(x)), it really means you apply first
7. distinguished companions of the world on its own
g
8. Again, saying that
g
cannot change and keeping y constant
9. for
g
, which is the same thing, just divided by dz with y held
10. So for example, say
g
of n is n squared minus 1.
11. I feel that booty, but man, what a [
g
]
12. In step 1, we replace
g
of n by 0,
13. A, b, c, f, e, d,
g
, h--
g
, h is good.
14. or
G
, AGT, or sometimes abbreviated as GTR AGT, where
15. b, c, d, e, f, h,
g
-- which are out of order--
16. He touches "
G
" like he's missing it.
17. PROFESSOR: e,
g
is an inversion.
18. So if
g
-- that's saying the non-homogeneous part--
19. Quantum theory says that it is 10 ^ 93
g
per 1 cm cubic
20. And then some positions that are bias for A, bias for
G
,
21. divided by
g
of r squared.
22. So we'll reset
g
, and we'll set
g
to 3 plus 25 over 3.
23. What is
G
?
24. So this is the minimum spanning tree for the graph
G
25. and cosmology says that it is 10 ^ -29
g
per 1 cm cubed.
26. Suppose you have an example where
g
of n
27. hydrogen bonds that perfectly hold it to the
G
, et cetera.
28. setting
g
to always stay constant.
29. If we compare the two things there, we get 4x squared plus
g
30. So what I need to proof is that for all
G
,
31. z over
g
sub x. Now we plug that into that and
32. minus
g
sub z over
g
sub x, plus partial f over partial z.
33. z over
g
sub x plus f sub z times dz.
34. I said Dennis, play the
G
.
35. So I'm going to write them as goodness of fit,
G
-O-F here.
36. plus
g
of n, like n cubed.
37. And you've always really wanted to play pub
g
or you've been hearing about it
38. And then I'm going to say, if
g
squared is close to x, stop.
39. between any of those stratum 2 tests and
G
, because that would be the highest level thing--
G
40. There is no sequence of legal moves to invert
g
and h.
41. was one bottle on
g
42. Calculate it and end up with 10 ^ 93
g
per 1 cm cubed.
43. The normal vector would be the gradient of
g
,
44. How much is that? How much is partial
g
,
45. So,
g
doesn't change. If
g
doesn't change then we
46. We've got a, b, c, f, d,
g
, e, h.
47. well,
g
still doesn't change. It is held constant.
48. partial
g
, partial y is going to be negative f sub y,
49.
g
sub Z of r is the expected value of e to the rZ.
50.
g
, h changes order.
51. A, b, c, f, e, d,
g
, h--
g
, h is good.
52.
g
(x, y, z) = 0, then you can take a normal
53. minus d equals
g
of n, where that's some fixed function
54. Tell him this remember a while ago when we had our deal he had a similar deal with Op TV. The moni
G
brothers
55. to look at the constraint
g
. Well, how do we do that?
56. connected, and with the same vertices as
G
.
57. the ODE. And, y1 of x, notice I don't use a separate letter. I don't use
g
or h or something
58. Do we still have a connected subgraph of
G
59. and f sub z equals lambda
g
sub z.
60. So it's like any other business that P&
G
is in,
61. I would listen to like Kool
G
Rap.
62. The A and
G
are purines, and their ring
63. So
g
and h are in order.
64. So let this be a connected subgraph of
G
.
65. f, subject to the constraint
g
66. We said that a connected graph,
G
-- that's
67. we just have
g
prime of r squared
68. And we'll set
g
equal to--
69. A function
g
of x is tilde, a function h of x
70.
g
used to be after h and e.
71.
g
-- say I move the
g
up.
72. If
g
of theta is theta minus 0.5 and theta
73. sub x dz plus f sub z dz. So that will be minus fx
g
sub
74. undergoing the kind of
g
-forces a goddamn asteroid does when it makes contact with the
75. Now, this time the constant is a true constant because
g
did
76. Then I would get this one-- a, b, c, d, f,
g
-- because
g
77. partial x over partial z y constant plus
g
sub z.
78. Well, what is dx? dx is now minus
g
sub z over
g
79.
g
of theta-- so gradient.
80. So
g
new is going to be
g
old plus x divided
81. So what I need to proof is that for all
G
,
82. and
g
sub z is just one. Now, if you take N over N dot k
83. AUDIENCE:
G
changed [INAUDIBLE].
84. very confident that the motif has the sequence, A C
G
T A
G
C
85. If I give you the function
g
equals u of v.
86. het met u? Remember
g
is pronounced as kha in Dutch therefore this is khaat. Hoe gaat
87. Do we still have a connected subgraph of
G
88. a motif that's either A or
G
. We said the entropy of this
89. Good? It would be 10 ^ 55
g
per 1 cm cubic and still I would miss 39 zeros,
90. Yes, see you
G
!
91.
g
changes order with these two guys,
92. He says (mumbles), I said play the
G
.
93. Well, then you know that the gradient of
g
is perpendicular
94. B to
G
, which is business to government,
95. Jade and Althea kissing on a tree. K-I-S-S-I-N-
G
!
96. like PwC my employer, or McKinsey or P&
G
or Google, it happens all the time.
97. Not a dissimilar question from Betty
G
on Twitter, how do you acquire your first buyers
98. For all
G
, I still need to prove there
99. plus -- Well, next we need to have partial
g
100. So for example, say that
g
is 2 to the n plus 3 to the n.
101. resistance. This isn’t a huge deal in most instances, although
G
-Forces can be fatal,
102. Then you say, is
g
times
g
close enough to x?
103. the universe, which is about 10 ^ 55
g
104. M E
G
A 1 0 0 T I M E S
105. Let's say
g
equals 3.
106. that horn note can't be in a
G
, it's gotta be in A.
107. For example,
g
goes up.
108. that square root of n,
g
of theta hat, minus
g
of theta
109. organizations including a 3Gpp to TIA CD
g
.
110. there exists a minimum spanning tree of
G
.
111. If we compare the two things there, we get 4x squared plus
g
112. The derivative with respect to r of the logarithm of
g
of r
113. means that the limit as x goes to infinity of
g
over h is 1.
114. And the
G
to C ratio should be one to one.
115. I'm going to start with a guess, I'm going to call it
g
.
116. Otherwise, I'm going to get a new guess by taking
g
, x over
117. that looks a whole lot like this
g
term out here.
118. and lifting off distinguished companion to the world on it on
g
119. And sometimes, in the first test that we saw,
g
of theta
120. Visualize the logarithm of
g
to the X, then you get this
121. two then that will tell me what the derivative of
g
should be.
122. maybe n squared, or some general function
g
of n.
123. So you have the
g
and h out of order.
124. Then you take the average of
g
and x over
g
.
125. sorry,
g
of theta--
126. I just do the same calculation with
g
instead of f.
127. 10 ^ -5
g
. That is the weight of a small Planck oscillator,
128. And I'm going to move the
g
its row to the blank square.
129. because we showed that for all graphs
G
,
130.
g
. I would like to match this with
131. How can I do that? Well, I can just look at how
g
132. to be partial
g
, partial u.
133. and the horn plays the
G
and he looks at me
134. partial
g
, partial x, that is just negative partial
135. In step 1, we replace
g
of n by 0,
136. She's really walking in S&
G
137. any of the supertests and
G
would be about 0.8.
138. like--
G
may not be number one, but it's more often
139. method. Let's call this guy
g
(x, y, z).
140. So, anyway, it reads DODGEY (or DODGY), D-O-D-
G
-E-Y, DODGEY.
141. I said Dennis, it's a
G
.
142. C R Y
G
Y. That's really the motif that it binds to,
143. integer i into
g
.
144. it should be
G
G
C. And so it sampled some other things,
145. What happens is that the superfactor,
G
, kills the rest of them.
146. If
g
is polynomial, you should guess a polynomial
147. had put the
G
'/'J' on theirs and you didn't,
148. I should say so he desk
g
and there is a
g
okay, so this is a roblox tax
149. partial
g
over partial x. We can just write
g
sub x times
150. So for example, say
g
of n is n squared minus 1.
151. That could be potentially k by k if
g
takes values into rk.
152. Good day. Goedendag! Here n is silent and
G
is pronounced as Kha so it's Goedendag!
153. How does it change because of y? Well, partial
g
over partial y
154. Well, of course it cover all the vertices of
G
155. The derivative with respect to r of the logarithm of
g
of r
156. Well, the chain rule tells us
g
changes because x,
157. Again, saying that
g
cannot change and keeping y constant
158. in some test of the form
g
of theta is equal to 0
159. It's either A or
G
. [INAUDIBLE].
160. and stops in just 33 milliseconds, which means his body experiences over 275 Gs.
G
-Forces,
161. we just have
g
prime of r squared
162. an equation that is of a form
g
of x, y, z equals zero.
163. a connected graph
G
.
164. It's defined as the spanning tree of
G
such
165. Well, partial
g
over partial x times the rate of change of x.
166. into a goal, which I'll call,
g
.
167. That tells you
g
prime is 3y squared.
168. that covers all the vertices of
G
?
169. Taking the derivative of that is equal to
g
double prime of
170. distinguished companion to the world on it on
g
171. I..."That's a funny one, isn't it? "o-u-
g
-h-t"
172.
g
, e changes order.
173. So effectively, if
g
takes values in dimension 1,
174. root of delta
g
of theta transpose sigma delta nabla--
175. r over
g
of r squared.
176. is that for any connected weighted graph
G
,
177. power and you visualize the logarithm of
g
to the X.
178. diagonal moves makes this a lot easier-- to invert
g
and h
179. What is
G
?
180. And, when we plug in the formulas for f and
g
,
181. And they come in four flavors, adenine, A, guanine,
G
,
182. So notice C and
G
fit perfectly together to make
183. Because it's got those two N's at the end, instead of
G
A.
184. Ssl. Makes one there's many different
G
+ compressors that are out there in the plug-in world
185.
G
and
186. another beautiful on
g
mobsters sort of way
187. We've got a, b, c, f, d,
g
, e, h.
188. If
g
of theta is theta minus 0.5,
189. thymine, T, cytosine, C. A, T, C and
G
, and we'll look at
190. Yeah, check this out guys oh my
g
ah
191. And we assume that it has the same vertices of
G
of course.
192. enjoyment of the whole human race”. Similar views are presented by
G
. K. Chesterton
193.
g
, adding them, and dividing by two.
194. So if I look at the order here,
g
moved from 5 to 6,
195. operations that transforms i into
g
, 1 into 100.
196. That's just a copy of the
g
series compressor bios a cell or the focusrite Red 3
197. T. And the amount of
G
should equal the amount of C.
198. by
g
old, over 2.
199. So you start with a guess,
g
.
200. A, b, c, d, e, f, h
g
-- no, no, no, that's where you started,
201. He's like, "That's Kool
G
Rap, man.
202.
G
-alright, okay, I'm, I'm boned.
203. y dy plus
g
sub z dz. And that is zero because we are
204. going to move b down this time-- a, c, d, b,
g
, h, e, f.
205. So we know a subgraph of
G
that touches all the different edges
206. Wyclef: Because they had on the radio they would be playing Kool
G
Rap, so I would record
207. "... Using a vacuum density, da, da, da ... 10 ^ 93
g
per 1 cm3"
208. So notice C and
G
fit perfectly together to make
209. There does not exist a connected graph
G
that has no ST.