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H порт


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    1. The sample values of H, you might as well
    2. "Harry" would be pronounced "Arry", and "have" where you make the "h" sound "hu", "ave".
    3. This one is also order h.
    4. So now that u(x+h) - u(x-h) is zero,
    5. A function g of x is tilde, a function h of x
    6. So you could say alright, if h is small I can live with that.
    7. “We_(h)ave a lot to do today”.
    8. KT: (FS) T-H-A-N-K-Y-O-U
    9. So instead of "We have a lot to do today", I've said "we_(h)ave a lot to do today.
    10. So this thing divided by h squared
    11. “Did_(h)e call you?”
    12. Now, what about this u(x-h)?
    13. I think it comes out wrong by 1/2 h there.
    14. is of order h.
    15. diagonal moves makes this a lot easier-- to invert g and h
    16. And h with the carrot or the hat here, well, that carrot or
    17. And now, if we condition this on H equals 0, then this
    18. What I want to point out also is that this h hat, the
    19. Yes, there'd be no reason to say you could say educate this and absolutely does that mean H cated? I believe it was a
    20. Skarsgård: H-Hey, stop that! Stop that!
    21. this for H equals 0, divide by this for H equals 1, and then
    22. "That's for_(h)im".
    23. Here, we have an OH and an H. Here, we have an H and an OH.
    24. It says the evening and the morning were the first day. Notice that word "the," t-h-e.
    25. For instance, took_(h)er, took_(h)er.
    26. should be equal to h over mass times volume.
    27. I say “Did_(h)e call you?”
    28. Hey Sara, without an h.
    29. Now, let's find partial h over partial y less than zero.
    30. looks like the expectation of h of x for all h.
    31. So some examples of H deletion.
    32. the value of h doesn't change. Which points on the level curve
    33. So minus u_(i+1) minus 2u_i, minus u_(i-1) over h squared
    34. Now I want partial h over partial x to be zero.
    35. "It_(h)as happened before".
    36. VEGETA: H-how... How is he this strong?
    37. too fast so i went 40 km/h and I engaged
    38. probability given that H equals 1 is the correct
    39. H equals 1.
    40. we do set up H sub o assuming there is no association. That kind of language is going
    41. zero and partial h over partial y is less than zero.
    42. the consonant or the sound that the word before the word with H ends with carries on over
    43. One over h squared there, h is what?
    44. So this is the probability that H is equal to 0 given Y.
    45. it would be -h^3 / 6 u'''.
    46. But otherwise, probability that H equals l is the correct
    47. This is just H of q right here, this term.
    48. I've been so freaked out it feels like H ten years this week
    49. Here we have H. Here we have our OH, H, H.
    50. about H. We have to choose H equals 0 or H equals 1.
    51. probability given H equals 1 versus error probability given
    52. I heard", so the vowel sound changes: "ear", "er": "hear", "heard", it's spelt "h-e-a-r"
    53. Plus h^3 upon 6, that's 3*2*1, u triple-prime.
    54. g, h changes order.
    55. r ke h as in ray not just some cute production designer joke though the
    56. A, b, c, f, e, d, g, h-- g, h is good.
    57. remember to T-H-I-N-K. Remember to think.
    58. H-Huh?
    59. I'm back to +h^2 u''(x) and so on.
    60. 0 or H equal 1, right?
    61. So as an example of a column move, a, b, c, d, f, h, e,
    62. So H hat is 0 does not mean that H itself is 0.
    63. We have the H-deletion, which is where the H at the beginning of words is removed and
    64. - S-H-E-O...I'm not sure on that. No.
    65. 1/2 h, first order.
    66. There is no sequence of legal moves to invert g and h.
    67. Problem 2B is asking you to find the point at which h equals
    68. he put forth where we have h hat psi being equal to e psi.
    69. that momentum is equal to h divided by lambda.
    70. arts medical office administration run office naveen h RF associate arts ashley
    71. on her back. Check out this video on Dropping the H Reductions.
    72. by our UV lamp by saying e is equal to h c over wavelength.
    73. moved up-- h, e.
    74. the H. Picking up the dead, no mass up on my face.
    75. I've removed the H on him and it just sounds like took_(h)im took_(h)im.
    76. So again, we know that energy is equal to h c divided by
    77. We always set up H sub o as no association, no difference, no effect from the treatment,
    78. Collective calm /h 3 if you go to their website right now you get this classy beautiful watch leather wristband
    79. hypothesis H equals 0.
    80. - S-H-E-O-L? I'm not sure. I've never seen that word.
    81. A function g of x is tilde, a function h of x
    82. It's the probability that Y is in A. That means that H hat is
    83. select H equals 0.
    84. “It_(h)as happened before”.
    85. And of course, one over h squared
    86. Michael: Where the h?ell am I? My game isn't loading.
    87. And then also "We_(h)ave a lot to do today".
    88. distribution... or the proportions are equal if that is what you are looking at. H sub
    89. Oh and divide by h squared.
    90. h is 1/6.
    91. Instead of saying "It has happened before", you'll hear me say "it_(h)as" or just "it's".
    92. Oh, that's better. All the evil Sarah's spell it with an h. Thanks again.
    93. As David H. Koch Institute professor at MIT,
    94. Instead of saying "That's for him", I say "That's for_(h)im".
    95. Ann Harrison is William H Wister Professor
    96. We have to detect whether or not H is 1.
    97. BV/KT: (FS) T-H-A-N-K Y-O-U
    98. So, the Cockney speaker tends to miss off the "h". Okay, so okay that's just a few examples
    99. And of course, in that experiment, that was H plus.
    100. now the step is -h, but then when I square that step
    101. And then minus this term, which is H of p.
    102. equal to 1 given that H is actually 0.
    103. just with that h hat.
    104. itself is neutral, the h-plus and the electron had to add up
    105. And given H equals 1, it's another random walk.
    106. in most cases, binary random variable, H, which is called
    107. We don't know whether H equals 0 or H equals 1 is what the
    108. Because this is the probability that H is actually
    109. BV:T-H-A-N-K-S.....think...oh! Thank you
    110. about-- because this is always-- it's either H equals
    111. It's P0 times the probability I make an error given that H
    112. to the playground where I grew up and he'd hire some h kids to go shag balls for him
    113. The probability of error conditional on H equals 0 is
    114. And we need to know that because the word "Tiamat" is associated with the word "Tehom," T, E, H, O, M.
    115. A, b, c, d, e, f, h g-- no, no, no, that's where you started,
    116. - S what? - S-H-E-O-L: sheol.
    117. we will have H sub o set up as beta is equal to zero... The population parameter for slope.
    118. KT: T-H-A
    119. BV: hey, hey how you sign (fingerspells)T-H-A-N-K-S, (FS) T-H-A-N-K-S
    120. have a, b, c, d, g, e, f, h.
    121. But in this model, H is either 0 or 1 in the result of this
    122. h is correct, yeah.
    123. So that means we would see "My lovely h", no match.
    124. So I always think, T-H-I-N-K, T-H-I-N-K, remember that.
    125. key targets is exactly to support about 500 km/h. Tell me about the vehicle
    126. So that's examples of H-deletion.
    127. KT: how sign T-H-A-N-K Y-O-U
    128. "My lovely h", no match.
    129. This is the equation T times u divided by h squared
    130. If you can read this for any h, then that's
    131. "I took_(h)im for_a ride", "You took_(h)im for_a ride", etc.
    132. b, c, d, e, f, h, g-- which are out of order--
    133. the ODE. And, y1 of x, notice I don't use a separate letter. I don't use g or h or something
    134. then so once we get here, we're going to finis,h and let's turn this project
    135. you should be able to go 60 km/h however
    136. The number "three", t-h-r-e-e is often pronounced
    137. maximum over l of probability that H equals l given Y.
    138. the h would have been there.
    139. positively charged particles here were H plus.
    140. divide this by 2h, that'll make it an h squared over six.
    141. Bill: (H-Hey, Georgie.)
    142. what is H of q?
    143. That first-order approximation, that error of size h
    144. which is going to multiply the h,
    145. So that's T divided by h squared.
    146. mister william bradford huey and mister james h are cromwell our distinguished
    147. h or delta x goes to zero in the end to get the derivative.
    148. OK? And so delta h over delta y is
    149. But in this model, H is either 0 or 1 in the result of this
    150. So, if it's uniform, we said H of q is 2 bits per position.
    151. of the motif is 2w minus H of motif,
    152. It's a random variable under the hypothesis H equals 1.
    153. means that the limit as x goes to infinity of g over h is 1.
    154. We've got a, b, c, f, d, g, e, h.
    155. and I better remember to divide by h squared,
    156. KT: how sign T-H-A-N-K-S?
    157. “I took_(h)er some food.”
    158. It's P0 times the probability I make an error given that H
    159. cohort sequential design with h and the time variable and you see here this is online sexual
    160. the probability that H is 1 equals y is
    161. And the answer is the error is of size h.
    162. And it's Sara without an h.
    163. Dr. Alvin H. Howell was the brains behind the balloon program?
    164. then what he must be left with is h-plus, and since hydrogen
    165. Dot-Com no, it's Vince arrow collective Calm. /h
    166. so I guess that we really have an h^3 / 3 u'''.
    167. out in your notes what the actual value for h c is, but
    168. this is correct to order h squared.
    169. decreasing the speed will only fly at around 100km/h, we can
    170. a, b, c, d, g, h, e, f goes to-- I'm
    171. (u_1-u_0)/h -- that's the approximate slope --
    172. How do you figure u(x+h)?
    173. Oh and divide by h squared.
    174. They have the g and h in order.
    175. This delta x squared is the h squared.
    176. u(x+h) - u(x), just how much did that step go.
    177. I subtract u(x) - U(x-h) and I get two -u(x)'s This is what I
    178. KT: (FS) T-H-A-N-K-S
    179. And I've put g and h out of order.
    180. BV/KT: (FS) T- H-A-N-K-S
    181. I want to do T-H-I-N--
    182. given by half of h squared, you see the second order
    183. So g and h are in order.
    184. And I may come back and find out why that h squared term is.
    185. So if I bring it up here, bring the h squared up here,
    186. asking you to estimate partial h over partial y.
    187. And one more aspect of Cockney is the letter "h"...
    188. So the ratio, the probability that H equals 0 given y over
    189. We can talk about the probability that H is equal to
    190. we’ll probably drop the H. On his, on his, monkey on his back. Or, on her, on her, monkey
    191. So H of q, where q is a distribution or, in this case,
    192. 2200, partial h over partial x equals
    193. H/h, and what's another really common letter t. Sorry but no?
    194. quantity here is P of Y. So we have probability that H equals
    195. But he knew that this plasma takes the H two molecule
    196. So as an example of a column move, a, b, c, d, f, h, e,
    197. Now it's before h and e.
    198. But in this case "it_(h)as".
    199. and something that looks like integral of h of x p of x dx.
    200. but they do not come into play until you can say that you have evidence for H sub a...
    201. I..."That's a funny one, isn't it? "o-u-g-h-t"
    202. A, b, c, f, e, d, g, h-- g, h is good.
    203. with an error of order h^2.
    204. error given H equals 1 is on the horizontal axis.
    205. You divide by the delta x, the h,
    206. So g and h are in order.
    207. Did he H-E-A-L, heal the blind man or P-L-A-Y,
    208. So for example, took_(h)im, took_(h)im.
    209. is-- What's one over h squared, just to not forget?
    210. We've got a, b, c, f, d, g, e, h.
    211. vector y given H equals 0, I'm finding the probability of n
    212. going to move b down this time-- a, c, d, b, g, h, e, f.
    213. maybe an h and L try L know
    214. that H equals L given Y. We maximize the a posteriori
    215. g used to be after h and e.
    216. How was this delta H performing historically?
    217. And this would be, since this step is -h now,
    218. H equals 0.
    219. And I may come back and find out why that h squared term is.
    220. And in fact, the h terms, the leading error,
    221. then given H equals 0, it's a random walk.
    222. He said, okay, this is going to be H plus.
    223. So you have the g and h out of order.

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