g acceleration of gravity

1. g of theta-- so gradient.

2. going to move b down this time-- a, c, d, b, g, h, e, f.

3. And, when we plug in the formulas for f and g,

4. I'm going to start with a guess, I'm going to call it g.

5. So g and h are in order.

6. So notice C and G fit perfectly together to make

7. 10 ^ -5 g. That is the weight of a small Planck oscillator,

8. it should be G G C. And so it sampled some other things,

9. C R Y G Y. That's really the motif that it binds to,

10. hands on advanced CRISPR Cas9 G knockout kit, you better believe

11. I said Dennis, play the G.

12. If g of theta is theta minus 0.5,

13. So for example, say that g is 2 to the n plus 3 to the n.

14. is that for any connected weighted graph G,

15. If you take that product of terms g to the r to the n-th

16. Let's say g equals 3.

17. B to G, which is business to government,

18. So if g-- that's saying the non-homogeneous part--

19. So if I look at the order here, g moved from 5 to 6,

20. Partial x over partial z with y held constant is negative g sub

21. in some test of the form g of theta is equal to 0

22. into a goal, which I'll call, g.

23. We've got a, b, c, f, d, g, e, h.

24. So all vertices in G are still connected

25. f and g, and you write f(g(x)), it really means you apply first

26. well, g still doesn't change. It is held constant.

27. You couldn't match an A with a G, an A with a C, you could

28. In step 1, we replace g of n by 0,

29. to look at the constraint g. Well, how do we do that?

30. So we'll reset g, and we'll set g to 3 plus 25 over 3.

31. partial x over partial z y constant plus g sub z.

32. Again, saying that g cannot change and keeping y constant

33. So, anyway, it reads DODGEY (or DODGY), D-O-D-G-E-Y, DODGEY.

34. G-alright, okay, I'm, I'm boned.

35. If g of theta is theta minus 0.5 and theta

36. So here's the last base of the intron, a G, and then

37. PROFESSOR: e, g is an inversion.

38. and it didn't come out being G was number one.

39. r over g of r squared.

40. g used to be after h and e.

41. Again, saying that g cannot change and keeping y constant

42. power and you visualize the logarithm of g to the X.

43. So you start with a guess, g.

44. And I've put g and h out of order.

45. So it's like any other business that P&G is in,

46. And in particular, if this g term is 3 to the n,

47. We said that a connected graph, G-- that's

48. We look at the differential g. So dg is g sub x dx plus g sub

49. tells us g sub x dx plus g sub z dz is zero and we would like to

50. it's up there, on the screen: V-E-G-A-N.

51. Because it's got those two N's at the end, instead of G A.

52. minus d equals g of n, where that's some fixed function

53. another beautiful on g mobsters sort of way

54. means that the limit as x goes to infinity of g over h is 1.

55. If it's not, you create a new guess by averaging g and x

56. So I'm going to write them as goodness of fit, G-O-F here.

57. likely, on average you have like 24%-- plus 4 for G, right?

58. very confident that the motif has the sequence, A C G T A G C

59. So effectively, if g takes values in dimension 1,

60. A, b, c, d, e, f, h g-- no, no, no, that's where you started,

61. versus g of theta is not equal to 0.

62. bar across from it is the diphthong, it's the "a"; not" "ah", not "aw", etc. "mi t ? g?t".

63. So let this be a connected subgraph of G.

64. So we know a subgraph of G that touches all the different edges

65. because we showed that for all graphs G,

66. thymine, T, cytosine, C. A, T, C and G, and we'll look at

67. And then I'm going to say, if g squared is close to x, stop.

68. He says (mumbles), I said play the G.

69. A, b, c, f, e, d, g, h-- g, h is good.

70. If g is polynomial, you should guess a polynomial

71. minus g sub z over g sub x, plus partial f over partial z.

72. method. Let's call this guy g(x, y, z).

73. or G, AGT, or sometimes abbreviated as GTR AGT, where

74. If we compare the two things there, we get 4x squared plus g

75. divided by g of r squared.

76. And the G to C ratio should be one to one.

77. I should say so he desk g and there is a g okay, so this is a roblox tax

78. vector to be the gradient of g. We have seen that the gradient

79. g is a function of y only. If you get an x here,

80. we just have g prime of r squared

81. the ODE. And, y1 of x, notice I don't use a separate letter. I don't use g or h or something

82. That tells you g prime is 3y squared.

83. a, b, c, d, g, h, e, f goes to-- I'm

84. So what I need to proof is that for all G,

85. Wyclef: Because they had on the radio they would be playing Kool G Rap, so I would record

86. We've got a, b, c, f, d, g, e, h.

87. b, c, d, e, f, h, g-- which are out of order--

88. The normal vector would be the gradient of g,

89. and stops in just 33 milliseconds, which means his body experiences over 275 Gs. G-Forces,

90. like-- G may not be number one, but it's more often

91. respect it the question is what kind of X and G of June 25 as well is being that

92. spoken as y in Dutch. So it's y and g kha kha. I'm fine. Het gaat prima met mij.

93. She's really walking in S&G

94. AUDIENCE: Could you maybe have a slightly bias towards G

95. are stressed, so the stress pattern is DA-DA. Go ape. We have the G consonant sound and

96. How does it change because of y? Well, partial g over partial y

97. Otherwise, I'm going to get a new guess by taking g, x over

98. is this equal to. Well, if g is held constant

99. PROFESSOR: G changed by three-- moved three in the order.

100. diagonal moves makes this a lot easier-- to invert g and h

101. If we compare the two things there, we get 4x squared plus g

102. So my question is big B-I-G.

103. f, subject to the constraint g

104. Visualize the logarithm of g to the X, then you get this

105. Yes, see you G!

106. So g and h are in order.

107. When you take someone else's ... Basically was doing Kool G Rap and everyone was like,

108. distinguished companions of the world on its own g

109. M E G A 1 0 0 T I M E S

110. by g old, over 2.

111. AUDIENCE: G changed [INAUDIBLE].

112. The lasers will hit the craft with g-forces tens of thousands of times stronger than anything

113. And we assume that it has the same vertices of G of course.

114. There does not exist a connected graph G that has no ST.

115. I just do the same calculation with g instead of f.

116. and cosmology says that it is 10 ^ -29 g per 1 cm cubed.

117. and f sub z equals lambda g sub z.

118. I..."That's a funny one, isn't it? "o-u-g-h-t"

119. So you have the g and h out of order.

120. So this is the minimum spanning tree for the graph G

121. lent lending okay, let's say then I and g a

122. Do we still have a connected subgraph of G

123. and lifting off distinguished companion to the world on it on g

124. G and

125. A function g of x is tilde, a function h of x

126. z over g sub x. Now we plug that into that and

127. maybe that's true. But the G word wasn't even mentioned as a hypothesis -- namely the possibility

128. a motif that's either A or G. We said the entropy of this

129. But it's not quite right-- it's got that A, it's G A G C,

130. plus g of n, like n cubed.

131. minus g sub z dz divided by g sub x.

132. sorry, g of theta--

133. y dy plus g sub z dz. And that is zero because we are

134. What is G?

135. So, g doesn't change. If g doesn't change then we

136. to be partial g, partial u.

137. Now, this time the constant is a true constant because g did

138. So g moves rightward into the blank,

139. What happens is that the superfactor, G, kills the rest of them.

140. there happens to be a facebook group titled the Dr. Barry G Rabe appreciation society.

141. If I give you the function g equals u of v.

142. Well, then you know that the gradient of g is perpendicular

143. That's just a copy of the g series compressor bios a cell or the focusrite Red 3

144. there exists a minimum spanning tree of G such

145. And then some positions that are bias for A, bias for G,

146. They have the g and h in order.

147. Then in step 2, we put back in g of n,

148. Well, partial g over partial x times the rate of change of x.

149. So g moves rightward into the blank,

150. Well, the chain rule tells us g changes because x,

151. How can I do that? Well, I can just look at how g

152. A, b, c, f, e, d, g, h-- g, h is good.

153. that square root of n, g of theta hat, minus g of theta

154. Not a dissimilar question from Betty G on Twitter, how do you acquire your first buyers

155. maybe n squared, or some general function g of n.

156. So for example, say that g is 2 to the n plus 3 to the n.

157. So g went to there.

158. partial g, partial y is going to be negative f sub y,

159. Calculate it and end up with 10 ^ 93 g per 1 cm cubed.

160. How can I do that? Well, I can just look at how g

161. connected, and with the same vertices as G.

162. The A and G are purines, and their ring

163. g-- say I move the g up.

164. setting g to always stay constant.

165. distinguished companion to the world on ads on g

166. g then f. It works the same way as that.

167. He touches "G" like he's missing it.

168. a connected graph G.

169. distinguished companion to the world on it on g

170. T. And the amount of G should equal the amount of C.

171. function? The gradient of g -- Well,

172. So I have to prove that for all G,

173. And here, I assume that g takes values into rk.

174. Quantum theory says that it is 10 ^ 93 g per 1 cm cubic

175. Well, what is dx? dx is now minus g sub z over g

176. g changes order with these two guys,

177. between any of those stratum 2 tests and G, because that would be the highest level thing--G

178. How much is that? How much is partial g,

179. Well, of course it cover all the vertices of G

180. It's defined as the spanning tree of G such

181. So g new is going to be g old plus x divided

182. had put the G'/'J' on theirs and you didn't,

183. sub x dz plus f sub z dz. So that will be minus fx g sub

184. So we already know that T is a connected subgraph of G

185. A function g of x is tilde, a function h of x

186. g, h changes order.

187. het met u? Remember g is pronounced as kha in Dutch therefore this is khaat. Hoe gaat

188. an equation that is of a form g of x, y, z equals zero.

189. built in Italy called G RAM that also looks

190. gradient of g. There is a new variable here,

191. So what I need to proof is that for all G,

192. resistance. This isn’t a huge deal in most instances, although G-Forces can be fatal,

193. It's defined as the spanning tree of G such

194. What G?

195. g, e changes order.

196. And we'll set g equal to--

197. plus -- Well, next we need to have partial g

198. have a, b, c, d, g, e, f, h.

199. Taking the derivative of that is equal to g double prime of

200. any of the supertests and G would be about 0.8.

201. Good day. Goedendag! Here n is silent and G is pronounced as Kha so it's Goedendag!

202. Then you say, is g times g close enough to x?

203. In step 1, we replace g of n by 0,

204. What is G?

205. AUDIENCE: G changed [INAUDIBLE].

206. it's almost always A or G position.

207. For all G, I still need to prove there

208. That's what's written here. g takes value from d to k,

209. Jade and Althea kissing on a tree. K-I-S-S-I-N-G!

210. Then I would get this one-- a, b, c, d, f, g-- because g

211. Then you take the average of g and x over g.

212. Ssl. Makes one there's many different G+ compressors that are out there in the plug-in world

213. I would listen to like Kool G Rap.

214. and g sub z is just one. Now, if you take N over N dot k

215. So I'm going to write delta g of theta transpose sigma--

216. That could be potentially k by k if g takes values into rk.

217. undergoing the kind of g-forces a goddamn asteroid does when it makes contact with the

218. And return g.

219. So for example, say g of n is n squared minus 1.

220. will have a G at the first position,

221. that horn note can't be in a G, it's gotta be in A.

222. was one bottle on g

223. g sub Z of r is the expected value of e to the rZ.

224. I was even having thoughts in my head of just like you know what why doesn't anyone just remade pub G and Roblox?

225. divided by g.

226. root of delta g of theta transpose sigma delta nabla--

227. So for example, say g of n is n squared minus 1.

228. the universe, which is about 10 ^ 55 g

229. operations that transforms i into g, 1 into 100.

230. I feel that booty, but man, what a [g]

231. So notice C and G fit perfectly together to make

232. laude matthew Paul G Bachelor of Applied Science Information Technology network

233. Suppose you have an example where g of n

234. g(x, y, z) = 0, then you can take a normal

235. natural log of g of r.

236. g, adding them, and dividing by two.

237. Minus g of r and g prime of r.

238. there exists a minimum spanning tree of G.

239. organizations including a 3Gpp to TIA CD g.

240. And I'm going to move the g its row to the blank square.

241. hydrogen bonds that perfectly hold it to the G, et cetera.

242. For example, g goes up.

243. Ssl g + or you can find a rack unit 384th called the neve

244. I said Dennis, it's a G.