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    1. Video games can help boost self-esteem and help children learn the value of persistence

    during setting specific tasks and allowing young people to work through obstacles to achieve

    those tasks.

    2. Video game players solve problems and achieve greater expertise.

    B. Video games help children having skills and become more intelligence.

    1. More they play computer games, the more skills they will get.

    2. Gaming helps young people realize that intelligence is incremental.

    C. Playing video games keeps players in the "zone of proximal development".

    1. Allows them to solve problems on their own while working towards specific goals.

    2. Provide intermittent reinforcement to encourage players not to give up despite growing

    challenges.

    3. Thinking skill have developed because every level have different task that they need to

    solve.

    3. Plaing video games can improve problem-solving skills, improve language and math skills and

    enhance creativity, and open up the mind set or thinking skill.

    A. As we all know, playing video games allow young people to improve problem-solving skills.

    1. By learning to solve puzzles through trial-and-error.

    2. Interactive games also appear to improve creativity.

    3. The skills learned from video games generalize to real-world situations, early research

    results seem promising.

    B. Some of games have their chat room so that it can improve language skills.

    1. With implications for so many disciplines, the Pellis original research and novel findings

    will not only expand our current knowledge of play behavior.

    2. It will inspire change and progress from the laboratory to the playground.

    C. Video games also appear to produce greater neural processing and efficiency, improve attention

    functioning, and help with pattern recognition.

    1. Best results appear to come from "shooter" video games as opposed to puzzle-solving or

    role-playing games though modern games tend to be too complex to make easy conclusions.

    2. Cognitive advantages from video games also appear to produce greater neural processing

    and efficiency.

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