El documento presenta tres videos sobre la gestión de actitudes, roles en equipos de trabajo y un decálogo para logros. El primer video proporciona consejos como aceptar los hechos en lugar de resistir, aprovechar las perspectivas diferentes, asumir los errores y enfocarse en cumplir compromisos en lugar de desear. El segundo video describe roles como el productor, trabajadores mayores y menores, y posibles problemas. El decálogo incluye participar activamente, aceptar diferentes ideas, no culpar a otros, terminar proyectos a tiempo y ayudar
The document announces that the Ark's Apple incentive program has been relaunched with improved terms. To qualify, a company needs to book brochure projects worth at least £4,500 within 12 months. Upon paying invoices, the company will receive either an iPad Air 2 or Apple Watch, depending on availability, of equivalent value. Larger projects booking over £8,000 of work can earn both devices. The document provides example pricing and production details for brochures and encourages contacting the company to discuss project requirements.
O documento descreve o plano de atividades para a Semana da Leitura de 8 a 12 de abril no EB1 da Feteira. As atividades incluem ouvir histórias e poemas sobre o mar, dramatizações, exposições de cartazes, e pesquisas sobre poluição dos oceanos. As atividades envolvem alunos de diferentes escolas da região.
About the annoying practice of publishing quizzes on social networks in order to gain likes, shares and raise in popularity. My open comment to those practicing this extensively:
Please stop sharing these quizzes, brain teasers and riddles. I have you in my contacts for professional reasons. My network is comprised of high valuable contacts and professional business associates. I see LinkedIn as a professional network and do not consider this type of interaction as a professional dialog. In order to protect myself and my valued connections I will consequently remove partners in my network who I believe disturb and distract a professional exchange. You have to value for yourself what matters more: the connection you have with me and the benefit of the associated network or the gained popularity and interaction you have through those quizzes. I do value original content and personal views for sharing but not shared canned content which I believe only fuels the purpose of gaining popularity, hits and likes. I am happy to connect back with you when you consider my view of the use of LinkedIn and the responsibility that comes with it. If you want to connect on a personal level please send a new connections request and let me know your thoughts.
It was a pleasure having you as one of my valued contacts.
El documento presenta tres videos sobre la gestión de actitudes, roles en equipos de trabajo y un decálogo para logros. El primer video proporciona consejos como aceptar los hechos en lugar de resistir, aprovechar las perspectivas diferentes, asumir los errores y enfocarse en cumplir compromisos en lugar de desear. El segundo video describe roles como el productor, trabajadores mayores y menores, y posibles problemas. El decálogo incluye participar activamente, aceptar diferentes ideas, no culpar a otros, terminar proyectos a tiempo y ayudar
The document announces that the Ark's Apple incentive program has been relaunched with improved terms. To qualify, a company needs to book brochure projects worth at least £4,500 within 12 months. Upon paying invoices, the company will receive either an iPad Air 2 or Apple Watch, depending on availability, of equivalent value. Larger projects booking over £8,000 of work can earn both devices. The document provides example pricing and production details for brochures and encourages contacting the company to discuss project requirements.
O documento descreve o plano de atividades para a Semana da Leitura de 8 a 12 de abril no EB1 da Feteira. As atividades incluem ouvir histórias e poemas sobre o mar, dramatizações, exposições de cartazes, e pesquisas sobre poluição dos oceanos. As atividades envolvem alunos de diferentes escolas da região.
About the annoying practice of publishing quizzes on social networks in order to gain likes, shares and raise in popularity. My open comment to those practicing this extensively:
Please stop sharing these quizzes, brain teasers and riddles. I have you in my contacts for professional reasons. My network is comprised of high valuable contacts and professional business associates. I see LinkedIn as a professional network and do not consider this type of interaction as a professional dialog. In order to protect myself and my valued connections I will consequently remove partners in my network who I believe disturb and distract a professional exchange. You have to value for yourself what matters more: the connection you have with me and the benefit of the associated network or the gained popularity and interaction you have through those quizzes. I do value original content and personal views for sharing but not shared canned content which I believe only fuels the purpose of gaining popularity, hits and likes. I am happy to connect back with you when you consider my view of the use of LinkedIn and the responsibility that comes with it. If you want to connect on a personal level please send a new connections request and let me know your thoughts.
It was a pleasure having you as one of my valued contacts.
The document summarizes the steps taken by a Sudoku solver to solve a puzzle and identifies additional eliminations and strategies that the solver failed to recognize initially. It then walks through applying naked pairs, quads, x-wings, and Setti's rule to further reduce the puzzle until it is fully solved.
The solver initially eliminates some candidate numbers in certain cells based on constraints. This allows it to deduce the values of some cells. It then eliminates numbers from other cells and regions, revealing more naked pairs and singles that allow it to solve more cell values. After these initial deductions, several cells are solved leaving only one candidate number possible in each. Further eliminations result in a naked pair being revealed that allows many more cells to be solved, completing the puzzle.
Using a solver, the document arrives at an initial position in a logic puzzle by eliminating inconsistent numbers. Several rounds of eliminations are made by considering sequences, compartments that must contain certain numbers, and inconsistencies between potential answers. This solves many cells in the puzzle and eliminates candidate numbers from open cells.
The document describes the step-by-step logic and deductions made in solving a sudoku puzzle. Key deductions include eliminating candidate numbers from cells based on relationships with other cells in the same unit, row, column or 3x3 box. Through a series of deductions eliminating inconsistent candidates, several cells are fully solved including cells with values of 2, 7, 9, 5 and 1.
The document provides a step-by-step logical deduction of eliminations made in solving a sudoku puzzle. It begins by eliminating specific values from certain cells based on relationships and candidates. It then describes naked pairs, triples, quads and other patterns like x-wings and unique rectangles that are used to further reduce candidates. Through this process of logical deduction, many values are eliminated until the solution is reached.
The document describes the steps taken in solving a sudoku puzzle. It eliminates many individual numbers from various cells based on logic deductions about what numbers can and cannot occupy certain cells given the constraints of the sudoku rules and the current state of the puzzle. However, it eventually reaches a point where there are contradictions no matter how it proceeds, indicating that the puzzle is not yet fully solvable with the techniques applied so far.
The solver has made several deductions about the sudoku puzzle:
1) It deduces that cell J9 must contain 5, and this allows it to solve several other cells.
2) It finds that cells EF23 form a prohibited pattern, solving other cells.
3) It identifies an x-wing pattern in columns 3 and 4 that eliminates 8s from other cells.
4) It identifies another x-wing pattern that solves additional cells.
5) Counting constraints on rows and columns leads to more deductions and solutions.
The solver stops after making several deductions:
A13 must contain a 7, which eliminates other possibilities in that row and column. A79 cannot contain a 3, narrowing its options. B13 must contain an 8, eliminating that number from other cells. Various cells are then solved through elimination of possibilities, such as F2 being 1 and J4 being 3. This reveals pairs like 79 that further reduce options. The puzzle is eventually solved through this process of elimination.
The document provides step-by-step logic to solve a Sudoku puzzle. It eliminates candidate numbers from cells based on constraints like unique digit rules, sequence rules, and logic deductions. Over many lines of reasoning, it arrives at a fully solved Sudoku grid with a single possible number in each cell.
FH8 cannot be [789] but must be [123] based on two reasons:
1) If FH8 were [789], it would lead to a solved naked pair of 45s in row H, then a naked pair of 12s, solving H3 as 3.
2) If FH8 were [789], eliminating 78 in row G would leave three cells that can only contain 45, which is impossible.
The solver progresses through a Sudoku puzzle by eliminating inconsistent candidates based on logic deductions at each step. It determines that A1 must be 3, solving the rest of the puzzle, as setting A1 to 6 would lead to a contradiction in cell E49.
The document summarizes the steps taken by a Sudoku solver to solve a puzzle. It provides updates after each set of deductions, eliminating possible values from cells. Through techniques like naked pairs, quads, and x-wings, the solver is able to systematically reduce the possible values in cells until arriving at the unique solution.
The document summarizes the steps taken by a Sudoku solver to solve a puzzle and identifies additional eliminations and strategies that the solver failed to recognize initially. It then walks through applying naked pairs, quads, x-wings, and Setti's rule to further reduce the puzzle until it is fully solved.
The solver initially eliminates some candidate numbers in certain cells based on constraints. This allows it to deduce the values of some cells. It then eliminates numbers from other cells and regions, revealing more naked pairs and singles that allow it to solve more cell values. After these initial deductions, several cells are solved leaving only one candidate number possible in each. Further eliminations result in a naked pair being revealed that allows many more cells to be solved, completing the puzzle.
Using a solver, the document arrives at an initial position in a logic puzzle by eliminating inconsistent numbers. Several rounds of eliminations are made by considering sequences, compartments that must contain certain numbers, and inconsistencies between potential answers. This solves many cells in the puzzle and eliminates candidate numbers from open cells.
The document describes the step-by-step logic and deductions made in solving a sudoku puzzle. Key deductions include eliminating candidate numbers from cells based on relationships with other cells in the same unit, row, column or 3x3 box. Through a series of deductions eliminating inconsistent candidates, several cells are fully solved including cells with values of 2, 7, 9, 5 and 1.
The document provides a step-by-step logical deduction of eliminations made in solving a sudoku puzzle. It begins by eliminating specific values from certain cells based on relationships and candidates. It then describes naked pairs, triples, quads and other patterns like x-wings and unique rectangles that are used to further reduce candidates. Through this process of logical deduction, many values are eliminated until the solution is reached.
The document describes the steps taken in solving a sudoku puzzle. It eliminates many individual numbers from various cells based on logic deductions about what numbers can and cannot occupy certain cells given the constraints of the sudoku rules and the current state of the puzzle. However, it eventually reaches a point where there are contradictions no matter how it proceeds, indicating that the puzzle is not yet fully solvable with the techniques applied so far.
The solver has made several deductions about the sudoku puzzle:
1) It deduces that cell J9 must contain 5, and this allows it to solve several other cells.
2) It finds that cells EF23 form a prohibited pattern, solving other cells.
3) It identifies an x-wing pattern in columns 3 and 4 that eliminates 8s from other cells.
4) It identifies another x-wing pattern that solves additional cells.
5) Counting constraints on rows and columns leads to more deductions and solutions.
The solver stops after making several deductions:
A13 must contain a 7, which eliminates other possibilities in that row and column. A79 cannot contain a 3, narrowing its options. B13 must contain an 8, eliminating that number from other cells. Various cells are then solved through elimination of possibilities, such as F2 being 1 and J4 being 3. This reveals pairs like 79 that further reduce options. The puzzle is eventually solved through this process of elimination.
The document provides step-by-step logic to solve a Sudoku puzzle. It eliminates candidate numbers from cells based on constraints like unique digit rules, sequence rules, and logic deductions. Over many lines of reasoning, it arrives at a fully solved Sudoku grid with a single possible number in each cell.
FH8 cannot be [789] but must be [123] based on two reasons:
1) If FH8 were [789], it would lead to a solved naked pair of 45s in row H, then a naked pair of 12s, solving H3 as 3.
2) If FH8 were [789], eliminating 78 in row G would leave three cells that can only contain 45, which is impossible.
The solver progresses through a Sudoku puzzle by eliminating inconsistent candidates based on logic deductions at each step. It determines that A1 must be 3, solving the rest of the puzzle, as setting A1 to 6 would lead to a contradiction in cell E49.
The document summarizes the steps taken by a Sudoku solver to solve a puzzle. It provides updates after each set of deductions, eliminating possible values from cells. Through techniques like naked pairs, quads, and x-wings, the solver is able to systematically reduce the possible values in cells until arriving at the unique solution.