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math 4
32問 • 1年前
  • Sab Sescon
  • 通報

    問題一覧

  • 1

    Is the process of using information and evidence to draw conclusions or make decisions

    reasoning

  • 2

    It is an important cognitive process that is used in many aspects of life from everyday problem solving to scientific research

    reasoning

  • 3

    Several types of reasoning

    deductive reasoning and inductive reasoning

  • 4

    Involves taking information, analyzing it, and drawing conclusions or making decisions based on that information

    reasoning

  • 5

    Begins with an observation, supports it with patterns and then arrives at a hypothesis or theory

    inductive reasoning

  • 6

    Begins with a theory, supports it with observation and eventually arrives at a confirmation

    deductive reasoning

  • 7

    Is the act of using specific scenarios and making generalized conclusions from them

    inductive reasoning

  • 8

    Inductive reasoning is also called as

    cause and effect reasoning

  • 9

    Inductive reasoning can be thought of as

    bottom up approach

  • 10

    The act of making a generalized statement and backing it up with specific scenarios or information

    deductive reasoning

  • 11

    Deductive reasoning can be thought of as

    top down approach

  • 12

    Relies on patterns and trends

    inductive reasoning

  • 13

    Relies on facts and rules

    deductive reasoning

  • 14

    You can use this when attempting to understand how something works by observing patterns

    inductive reasoning

  • 15

    You can use this when defining and establishing relationships between two or more entitie

    deductive reasoning

  • 16

    Is the process of finding a solution to a problem or challenge

    problem solving

  • 17

    It involves using critical thinking skills to identify and analyze the problem, come up with potential solutions, and evaluate those solutions to determine the best course of action

    problem solving

  • 18

    Was a mathematician who identified a general problem solving process that can be applied to a wide range of problems including mathematical and non-mathematical problems

    george polya

  • 19

    This involves reading the problem carefully to make sure that you understand what is being as

    understand the problem

  • 20

    This involves determining the best approach to solving the problem

    devise a plan

  • 21

    This involves implementing the plan that was devised in the previous step

    carry out the plan

  • 22

    This involves checking to make sure that the solution obtained in the previous step is reasonable and make sense in the context of the problem

    evaluate the solution

  • 23

    They typically involve finding relationships between numbers based on given rule

    number relation problems

  • 24

    Involve the study of shapes, sizes, and properties of figures in two or three dimension

    geometric problems

  • 25

    They require an understanding of geometric principles such as angles, lines, shapes, symmetry, and spatial relationship

    geometric problems

  • 26

    Our problems that are designed to be fun and challenging, often for entertainment or educational purposes

    recreational problems

  • 27

    Examples of recreational problems

    puzzles games brain teasers riddles cryptography

  • 28

    Can be a fun way to exercise your brain and improve your problem solving skills in a fun and engaging way

    recreational problems

  • 29

    _____ is a 3D combination puzzle that was invented in 1974 by a HUNGARIAN sculptor and professor of architecture ERNO RUBIK

    RUBIK'S CUBE

  • 30

    RUBIK'S CUBE is a 3D combination puzzle that was invented in ____1974 by a HUNGARIAN sculptor and professor of architecture ______

    1974 ERNO RUBIK

  • 31

    The puzzle consists of a cube made up of smaller cubes (called CUBIES) that can be rotated on all three axes

    rubik's cube

  • 32

    One popular method for solving rubik's cube is the

    cfop CROSS F2L OLL PLL

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    問題一覧

  • 1

    Is the process of using information and evidence to draw conclusions or make decisions

    reasoning

  • 2

    It is an important cognitive process that is used in many aspects of life from everyday problem solving to scientific research

    reasoning

  • 3

    Several types of reasoning

    deductive reasoning and inductive reasoning

  • 4

    Involves taking information, analyzing it, and drawing conclusions or making decisions based on that information

    reasoning

  • 5

    Begins with an observation, supports it with patterns and then arrives at a hypothesis or theory

    inductive reasoning

  • 6

    Begins with a theory, supports it with observation and eventually arrives at a confirmation

    deductive reasoning

  • 7

    Is the act of using specific scenarios and making generalized conclusions from them

    inductive reasoning

  • 8

    Inductive reasoning is also called as

    cause and effect reasoning

  • 9

    Inductive reasoning can be thought of as

    bottom up approach

  • 10

    The act of making a generalized statement and backing it up with specific scenarios or information

    deductive reasoning

  • 11

    Deductive reasoning can be thought of as

    top down approach

  • 12

    Relies on patterns and trends

    inductive reasoning

  • 13

    Relies on facts and rules

    deductive reasoning

  • 14

    You can use this when attempting to understand how something works by observing patterns

    inductive reasoning

  • 15

    You can use this when defining and establishing relationships between two or more entitie

    deductive reasoning

  • 16

    Is the process of finding a solution to a problem or challenge

    problem solving

  • 17

    It involves using critical thinking skills to identify and analyze the problem, come up with potential solutions, and evaluate those solutions to determine the best course of action

    problem solving

  • 18

    Was a mathematician who identified a general problem solving process that can be applied to a wide range of problems including mathematical and non-mathematical problems

    george polya

  • 19

    This involves reading the problem carefully to make sure that you understand what is being as

    understand the problem

  • 20

    This involves determining the best approach to solving the problem

    devise a plan

  • 21

    This involves implementing the plan that was devised in the previous step

    carry out the plan

  • 22

    This involves checking to make sure that the solution obtained in the previous step is reasonable and make sense in the context of the problem

    evaluate the solution

  • 23

    They typically involve finding relationships between numbers based on given rule

    number relation problems

  • 24

    Involve the study of shapes, sizes, and properties of figures in two or three dimension

    geometric problems

  • 25

    They require an understanding of geometric principles such as angles, lines, shapes, symmetry, and spatial relationship

    geometric problems

  • 26

    Our problems that are designed to be fun and challenging, often for entertainment or educational purposes

    recreational problems

  • 27

    Examples of recreational problems

    puzzles games brain teasers riddles cryptography

  • 28

    Can be a fun way to exercise your brain and improve your problem solving skills in a fun and engaging way

    recreational problems

  • 29

    _____ is a 3D combination puzzle that was invented in 1974 by a HUNGARIAN sculptor and professor of architecture ERNO RUBIK

    RUBIK'S CUBE

  • 30

    RUBIK'S CUBE is a 3D combination puzzle that was invented in ____1974 by a HUNGARIAN sculptor and professor of architecture ______

    1974 ERNO RUBIK

  • 31

    The puzzle consists of a cube made up of smaller cubes (called CUBIES) that can be rotated on all three axes

    rubik's cube

  • 32

    One popular method for solving rubik's cube is the

    cfop CROSS F2L OLL PLL