Table II. We hereby certify to you as follows:
Table II. Supervisor Allowance Xxx Xxxxx Effective until June 9, 2022 $6,611 Effective June 10, 2022, 0.50% Increase $6,644 Effective September 1, 2022, 1.25% Increase $6,727 Effective September 1, 2023, 2.00% Increase $6,862
Table II. Objective and subjective voice frequency and virilizing adverse events per dosage group. GH+Pl GH+Ox GH+Ox GH+Ox 0.06 GH+Ox (N = 30) 0.03 0.03 vs. (N = 27) 0.06 vs. Outcome (N = 31) GH+Pl GH+Pl P Value P Value Voice frequency at starting Ox/Pl (all age groups) – SDS†‡ Age group 1 (after previous GH therapy) – SDS† 1.1±1.2** 0.6±1.2 0.9±1.4** 0.4±1.6 1.0±0.9** 1.0±1.0 Age groups 2 and 3 (at baseline) – SDS† 1.2±1.2** 1.1±1.4** 1.0±0.9** Change in voice frequency during Ox/Pl (all age groups) – SDS/yr, SE§ -0.05, 0.05 -0.17, 0.05 0.09 -0.27, 0.06 0.007 Age group 1 (after previous GH therapy) – SDS/yr, SE -0.02, 0.08 -0.13, 0.09 0.3 -0.29, 0.10 0.04 Age groups 2 and 3 – SDS/yr, SE -0.06, 0.07 -0.21, 0.06 0.1 -0.22, 0.09 0.2 Change in voice frequency during Ox/Pl without outliers – SDS/yr, SE¶ -0.07, 0.05 -0.16, 0.05 0.2 -0.26, 0.06 0.02 Voice frequency at the last measurement – SDS 0.6±0.7** 0.3±1.2 0.4 -0.2±1.6 0.06 Girls reporting subjective voice deepening – n (%) 10 (33%) 13 (42%) 0.5 14 (52%) 0.2 Girls reporting virilization other than voice deepening during Ox/Pl – n (%)║ 1 (3%) 5 (16%) 0.2 8 (30%) 0.01 Hirsutism 1 (3%) 4 (13%) 0.4 8 (30%) 0.01 Mild clitoromegaly 0 (0%) 4 (13%) 0.1 4 (15%) 0.04 * values are expressed as means±SD, unless otherwise indicated. † No statistical tests were applied to assess differences between the dosage groups at starting Ox/Pl. ‡ Based on 18, 19 and 11 tests in GH+Pl, GH+Ox 0.03 and GH+Ox 0.06, respectively. These recordings were included in repeated measurements analyses, which takes into account missing data. § Based on 123, 149 and 92 tests during Ox/Pl and 20, 26, 21 tests at the last measurement (i.e. at or after discontinuation of Ox/Pl) in GH+Pl, GH+Ox 0.03 and GH+Ox 0.06, respectively. ¶ Five voice recordings (of two girls) that displayed a voice frequency higher than 4.5 SDS were identiefied as outliers. ║ Some patients reported hirsutism as well as clitoromegaly, while others reported only one these complaints. The number of the patients reporting both adverse event may therefore not equal the numbers in this row. ** Significantly different from 0 SDS (i.e. from healthy Dutch girls, P<0.05). GH+Pl GH+Ox 0.03 GH+Ox 0.06 60 50 % of patients 40 10 0 voice voice breaks hoarseness voice has voice has voice has nasal sound deepening become become become softer higher louder
Table II. THE MEASURING RESULT OF POVM WITH THE coefficients ai and bi are known and satisfy the normalization condition ai 2 + bi 2 = 1 . Then, each participant denotes the l ordered Bell states with {[ A1, B1],[ A2, B2 ], [ Al , Bl ]} , where the subscripts denote two particles of each Bell state. Then Ti picks up each particle from each Bell state orderly to compose CORRESPONDING FINAL STATE two subsequences S1 = {A , A , and , Aj , , Al } State of B j result of POVM State of Aj Final state Agreement key P0 (ai 0 + bi 1 ) Aj φ0 A B j j 00 0 Bj P1 (ai 0 − bi 1 ) Aj φ1 A B j j 01 P2 fail null P0 (ai 0 + bi 1 ) Aj φ2 A B j j 10 1 Bj P1 (ai 0 − bi 1 ) Aj φ3 A B j j 11 P2 fail null S2 ={B , B , , B , , B } . Step 2: Ti
Table II. First year of service $2,083 Second year of service $2,684 Third year of service $3,124 Maximum allowance per annum $3,124
Table II. Residential Customer FTA Charge c/kWh ----------------------------------------------------------------------------------------------------------------- Eligible Small Commercial Customer FTA Charge c/kWH ----------------------------------------------------------------------------------------------------------------- Attached are proposed changes to Part 1 of SPPC's Preliminary Statement to show FTA charges to be effective January 1, _____. EFFECTIVE DATE -------------- In accordance with Decisions ____________, Routine True-Up Mechanism Advice Letters for required annual FTA charge adjustments shall be filed at least [15] days before the end of each calendar year and these adjustments to FTA charges shall be effective at the beginning of the next calendar year. No Commission resolution is required. Therefore, these FTA charges shall be effective January 1, ____ through December 31, ____. NOTICE ------ Copies of this filing are being furnished to the parties on the attached service list and to parties to ______________. In accordance with Public Utilities Code (S)491, notice to the public is hereby given by filing and keeping this filing open for public inspection at the SPPC's corporate headquarters. Enclosures cc: CPUC, SF - Attn: Xxxx Xxxxxx, Energy Division CPUC, SF - Attn: Xxxxx Xxxxxx, XXX CPUC, SF - Attn: Xxxxxxx Xxxxxx, Energy Division CPUC, SF - Attn: Xxxx XxXxxxxxx, Energy Division Exhibit D of Servicing Agreement [FORM OF ANNIVERSARY TRUE-UP MECHANISM ADVICE LETTER] August ___, ____ ADVICE ______-E (U39E) PUBLIC UTILITIES COMMISSION OF THE STATE OF CALIFORNIA ENERGY DIVISION SUBJECT: Anniversary FTA Charge True-Up Mechanism Advice Filing Pursuant to California Public Utilities Commission (CPUC) Decision No. __________ (Financing Order), Ordering Paragraphs Nos. __ and __, Sierra Pacific Power Company (SPPC) as servicer of the Rate Reduction Bonds (RRBs) and on behalf of SPPC Funding LLC is required to file a True-Up Mechanism Advice Letter at least 15 days before each anniversary of the issuance of the Financing Order.
Table II. Additional Core and Senior Curriculum Transfer Course Equivalents (VSU) Lower Divisional Occupational Curriculum 18 SRTC Curriculum 20** (VSU) COURSE Cred SRTC Course Cred F. ACCT 2101 Principles of Accounting I 3 ACCT 1100 Financial Accounting I 4 ACCT 2102 Principles of Accounting II 3 ACCT 2000 Managerial Accounting 3 BUSA 1105 Introduction to Business 3 MGMT 1120 Introduction to Business 3 BUSA 2106 The Environment of Business 3 ACCT 2140 Legal Environment of Business 3 BUSA 2201 Fundamentals of Computer Apps. 3 ACCT 1120 Spreadsheet Applications 4 ECON 2106 Principles of Microeconomics 3 ECON 2106 Microeconomics 3 Table III. Senior Curriculum General Electives Transfer Course Equivalents (VSU) Lower Divisional Occupational Curriculum 6 SRTC Curriculum 6 (VSU) COURSE Cred SRTC Course Cred G. ACCT xxxx General Electives 4 ACCT 1105 Financial Accounting II 4 General Electives 2 Excess Area F credit hours** 2 *At VSU Areas A-E total 42 credit hours. So, of the 44 semester credit taken at SRTC, 42 will satisfy Areas A-E. Since the BBA program does not have any remaining lower level free electives, the additional two hours are not on the program of study. **The excess hours from Area F are used to complete the lower level electives for the BBA.
Table II. The population estimates obtained from the simultaneous fitting of the in vivo data, the in vitro transport across DRS and the in vitro transport across RSC upon transdermal iontophoresis of 5-OH-DPAT. Data Para- meter Unit Theta Eta Sigma mean %RSE mean %RSE mean %RSE In vivo Jss KR CL Q V2 V3 K24 K42 Kout IC50 Imax sigma1 sigma2 nmol cm-2 h-1 h-1 L h-1 L h-1 L L h-1 h-1 h-1 xx xx-1 - - - 31.80 4.41 1.00 3.70 0.46 1.49 0.02 31.80 4.61 0.21 0.95 -- 20 31 18 9 15 12 178 180 16 26 3-- 0.22 0.51 0.35 - 0.12 0.07 - - 1.21 3.98 0.03 -- 52 68 40 - 51 51 - - 37 81 30 -- - - - - - - - - - - - 0.02 0.06 ---------- - 19 35 In vitro across DRS Jss KR tL Jpas sigma1 sigma2 nmol cm-2 h-1 h-1 h nmol cm-2 h-1 -- 39.00 1.45 0.24 3.89 -- 566 12 -- 0.02 0.19 0.02 0.28 -- 31 32 76 44 -- - - - - 0.001 0.31 --- - 24 42 In vitro across RSC Jss KR tL Jpas sigma1 nmol cm-2 h-1 h-1 h nmol cm-2 h-1 - 62.70 2.58 0.04 2.49 - 10 1 66 5- 0.03 0.03 0.51 0.01 - 52 46 187 34 - - - - - 0.004 --- - 20 Analogous to the in vivo data, goodness of fit for the in vitro iontophoretic transport was evaluated graphically (Figs. 6B and Fig 6C, respectively for the transport in DRS and in RSC) as well as statistically by calculating bias and precision parameters (Table I). No bias was observed for either population or individual parameter estimates (p>0.05), confirming the accuracy of the model for iontophoretic transport in DRS and in RSC. A summary of the population parameters of the models of the in vitro iontophoretic transport across DRS and RSC is presented in Table II. In the transport across DRS and RSC, all the fixed-effects parameters were estimated with a reliable precision. The residual errors of the in vitro transport across DRS and RSC were relatively small as indicated by the values of sigma1 in both models. 80 70 60 50 40 30 20 10 0 DV A 80 70 60 50 40 30 20 10 0 DV B 80 70 60 50 40 30 20 10 0 DV 80 70 60 50 40 30 20 10 0 DV C 120 100 80 60 40 20 0 0 20 40 60 80 100 120 DV 120 100 80 60 40 20 0 0 20 40 60 80 100 120 DV
Table II. Table II specifies the protection criteria for UHF assignments whose parameters exceed 1000 kW ERP and/or 300 metres EHAAT.
Table II. Rock Bolt Parameters artificially unstable conditions. The overall dimensions of the model in this study (40x100 m height x width) were determined primarily to minimize the effects of boundary conditions on the stress state in the vicinity of the tunnels. Roller boundaries were used in the static model with the exception of the ground surface, which was free. In the dynamic part of the problem, the roller boundaries were changed to non-reflecting boundaries through the use of FLAC’s viscous boundary conditions. Although the dynamic effect is considered in the second part of the problem, it must also be considered during the initial construction of the model, when the spatial discritization is decided. Ensuring an accurate propagation of the dynamic stress wave through the model imposes a limit on the maximum spatial discretization (i.e., zone or element size) that should be used. This is not unique to FLAC; it is a general restriction common to numerical models of discretized media. For accurate wave propagation through a model, Kuhlemeyer and Lysmer12 have shown that the element size, Δl, must be less than approximately 1/8-1/10 of the wave length associated with the highest frequency of the input wave. This implies that the criterion in Eq. 5 must be satisfied to avoid numerical dispersion of the wave: Parameter Value Density, ρs [kg/m3] 7800 Young´s modulus, Es [GPa] 200 Tensile strength, fyk [MPa] 500 Tensile strain capacity, εgd [%] 3.62a) 5.00b) Stiffness of grout, Kbond [GN/m/m] 9.62 Shear strength capacity of grout, Sbond [kN/m] 40 Δl ≤ 10f max where C is the speed of propagation associated with the mode of oscillation (i.e., the P- or S-wave velocity of the medium), and fmax is the highest frequency of the wave. Hence, to ensure accurate propagation of the waves associated with pulses P1 and P2, their frequency content must be known. This was achieved by means of FFT- analyses (Fast Fourier Transform) of the two pressure-time
