1) Abra o Geogebra 3D.[br][br]2) Utilize a ferramenta [img]data:image/png;base64,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[/img] e construa o plano p formado pelos pontos A, B e C.[br][br]3) Considere como região I a parte do espaço acima do plano e região II a parte do espaço abaixo do plano. Utilize a ferramenta [img]data:image/png;base64,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[/img] e marque os pontos D e E de modo que cada um esteja em uma região diferente do outro.[br][br]4) Em seguida utilize a ferramenta [img]data:image/png;base64,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[/img]e trace o segmento de reta [img]data:image/png;base64,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[/img].[br][br]5) Utilize a ferramenta [img]data:image/png;base64,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[/img] e clique sobre o plano p e o segmento de reta [img]data:image/png;base64,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[/img].[br][br][br]
a) Você sabe quais são as posições relativas entre uma reta e um plano?
b) Você sabe explicar o significado de espaço? Escreva com as suas palavras.
c) Algum novo objeto foi construído? Qual?[br]
d) Como é representada, matematicamente, a resposta acima?
6) Utilize a ferramenta [img]data:image/png;base64,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[/img], clique sobre o ponto D para trocar a orientação da ferramenta [img]data:image/png;base64,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[/img]e mova o ponto D para a outra região do plano p, de modo que os pontos D e E fiquem na mesma região.[br][br]
e) Ao movimentar o ponto D o que acontece com o ponto F construído nos itens anteriores?[br][br]
f) O que você pode concluir a partir desse experimento? Escreva com as suas palavras.[br][br]