Figure 5 definition
Figure 5. Percent of adult population (ages 15+) without a financial account by gender, 2017
Figure 5. Infant mortality rate per 1,000 live births: Bulgaria and comparators; 1980-2012 Figure 6: Maternal mortality ratio per 100,000 live births: Bulgaria and comparators; 1990-2010
Figure 5. Conditional inference tree, predicting the empirical log-odds ratios; accuracy with subject-verb agreement in 2SG and 3SG contexts in main clauses with inversion (AdvVS) and without inversion (SVO). HomeLanguage L2Proficiency VerbForm Child Figure 6: Variable importance plot of predictors (random forest); accuracy with subject-verb agreement in 2SG and 3SG contexts in main clauses with inversion (AdvVS) and without inversion (SVO).
Examples of Figure 5 in a sentence
With Ro installed, the voltage (U1') between the negative side of the high voltage bus and the electrical chassis is measured (see Figure 5).
Upon completion of construction, testing and acceptance of the Big Hill site by Transmission Owner, Developer will convey the fee interest of the property (depicted in DHL Survey Map Drawing No. 07034, attached to this Appendix A as Figure 5) to Transmission Owner by warranty deed and will transfer to Transmission Owner title to the facilities constructed thereon, free and clear of any liens or encumbrances.
The main characteristics of the manikin are illustrated in the following figures and tables: Figure 1 Side view of head, neck and torso; Figure 2 Front view of head, neck and torso; Figure 3 Side view of hip, thighs and lower leg; Figure 4 Front view of hip, thighs and lower leg; Figure 5 Principal dimensions; Figure 6 Manikin in sitting position, showing: Location of the centre of gravity; Location of points at which displacement shall be measured; and shoulder height.
The belt shall pass through the testing equipment as described in Figure 5 below and be attached to a mass of 5.25 ± 0.05 kg.
The antenna shall be aligned with the middle of the total vehicle (see Figure 4); - If the length of the vehicle is greater than the 3 dB beamwidth of the antenna, multiple antenna positions are necessary in order to cover the total length of the vehicle (see Figure 5).
More Definitions of Figure 5
Figure 5. Map of the PSMSL tide gauges reporting at least 70% of annual means in the last 30 years. Green: tide gauge co- located with a GNSS and with robust vertical land movement information; orange: tide gauge co-located with a GNSS but with no robust vertical land movement information yet; red: tide gauge not co-located with GNSS. From the Figure 5 we can see that a large number of countries in Europe can potentially have reliable estimation of the current sea level change along their coast. An increasing number of stations have a co-located GNSS station that has a long enough record to derive a robust Vertical Land Motion (VLM) estimate (green points in the map). In term of GNSS co-location, there was a significant increase of the number of co-located sites for the countries in Western Europe, South and Northern Europe (with the exception of Ireland, Italy and Portugal). Some countries are close to seeing their network fully co- located with a permanent GNSS station (France and Spain for example). Not surprisingly the Northern African coast and the Middle East countries bordering the Mediterranean Sea remains a desert of observation (at least of publicly available observations).
Figure 5. Tag cloud based on frequency of different categories of response to question 10.
Figure 5. A generalized representation of the communication between the departments (personal work) 26 Figure 8: Thematic network staff member CAD: communication with department stakeholders 29 Figure 9: Thematic network staff members CAD: challenges 32 Figure 10: Thematic network staff members CAD: solutions 33 Figure 11: Thematic network gastro: communication with CAD 34 Figure 12: Thematic network AAD: communication with CAD 35 Figure 13: Thematic network ortho and geriatrics: communication with CAD 36 Figure 14: Thematic network four departments: challenges 37 Figure 15: Thematic network four departments: solutions 40 Figure 16: Thematic network ED: communication 41 Figure 17: Thematic network ED: challenges 42 Figure 18: Thematic network ED: solutions 43 Figure 19: Summarizing solutions matrix (personal work, based on: (▇▇▇▇▇, ▇▇ ▇▇▇▇, Mendling, & ▇▇▇▇▇▇▇, 2013)) 55 List of tables Table 1: Eight areas of expertise to become an effective communication organization (▇▇▇▇▇, 2006, p. 72) 15 Table 2: Overview of the time invested in the data collection methods 18 Table 3: Overview of the workshop participants and facilitators 19 Table 4: Workshop assignments and materials 21 Table 5: Summary table interview results (personal work) 45 Table 6: Different components of the persona 46
Figure 5. Interpreted geology map of the Ives Find granite intrusive showing the distribution of RC and diamond drill holes and significant drilling intersections The majority of drilling to date has focused on the central western portion of the Ives Find granite intrusive. The remaining areas of the intrusive remain underexplored (Figure 2). Interestingly, the Siona discovery occurs along the contact which has not been tested at Ives Find. It is encouraging to see several significant drilling intersections open at depth at Bell Miner within the granite (Figure 5) and these areas represent walk up drill targets in the area as well as the untested eastern shear contact. The Company plans to compile and review all the historical drilling, soil and rock geochemistry to identify and define new target areas for further exploration work and drill testing.
Figure 5. The SAR scene is tiled into N quadratic non-overlapping tiles S+. µ+ is the mean backscatter value of one tile S+. Each tile S+ is further divided into 4 sub tiles S-. µ- is the mean backscatter value of one sub tile S-. In rare cases, a parent tile intersects with the edge of a SAR scene, which results in dimensions that are smaller than the pre-defined size c². Consequently, these tiles are excluded from the threshold computation ( Figure 6). Furthermore, due to the near-cross polar orbits of Sentinel-1, the along track direction forms an angle of ~10° with respect to the north-south direction, which can result in parent tiles with variable amounts of no-data content. If no-data comprises of > 50 % of the overall data content, the tile is also excluded from the threshold computation ( Figure 6).
Figure 5. The SAR scene is tiled into N quadratic non-overlapping tiles S+. µ+ is the mean backscatter value of one tile S+. Each tile S+ is further divided into 4 sub tiles S-. µ- is the mean backscatter value of one sub tile S-. In rare cases, a parent tile intersects with the edge of a SAR scene, which results in dimensions that are smaller than the pre-defined size c². Consequently, these tiles are excluded from the threshold computation ( Figure 6). Furthermore, due to the near-cross polar orbits of Sentinel-1, the along track direction forms an angle of ~10° with respect to the north-south direction, which can result in parent tiles with variable amounts of no-data content. If no-data comprises of > 50 % of the overall data content, the tile is also excluded from the threshold computation ( Figure 6). Provision of an Automated, Global, Satellite-based Flood Monitoring Product for CEMS Issue: 1 Version:1.1 Date: 23.09.2021 Figure 6: Red tiles intersect with the edge of the SAR scene. Orange tiles have less than 50 % valid data content. Only green tiles are valid and considered for the threshold computation. A parent tile S+ must fulfil two conditions to be selected as a representative subset (Eq. 4-16): ▪ S+ must have a lower mean than the global mean of the SAR scene; and ▪ S+ must have a high standard deviation, which is computed on all S-. 𝜇+ < 𝜇𝑔𝑙𝑜𝑏𝑎𝑙 𝑆+ = { + , with x = 2 by default 𝜎𝜇 ≥ 𝜇𝜎+ + 𝑥 ∙ 𝜎𝜎+ 𝜇 𝜇 Eq. 4-16 Considering the first condition, for each parent tile S+, the algorithm detects the mean backscatter value µ+ of S+, which must be lower than the mean backscatter value µglobal of the entire SAR scene (Eq. 4-17). We conduct this step to select for tiles with low backscatter content that are likely to contain water features.
Figure 5. F1 comparison of the prefix in reciprocal interpretations.