Fotossíntese das células || Photosynthesis of cells
No começo da aula jogamos PERFIL de células como uma forma de revisão da matéria. Após isso, vimos o processo de Fotossíntese na célula, onde entra luz solar, com isso gera uma reação nas clorofilas, fazendo com que o elétron avance no processo, mas para repor esse elétron retirado, a planta utiliza elétrons da água (H20), com isso, sobrando apenas o2 da água, liberando assim, Oxigênio. Voltando ao processo, em seguida há um caminho que o elétron tem que percorrer, até chegar em uma segunda parte de clorofila, que é agitada por esse elétron, fazendo com que outro elétron suba, chegando assim na reação NADP + 2H e, com o elétron que chegou fica NADP + H que a planta utiliza para transformar o CO2 unido com processos de carbono para gerar glicose, ou seja, seu próprio alimento.
In the beginning of the class we played the game PERFIL of cells as a way of reviewing the subject. After that, we saw the process of photosynthesis in the cell, where sunlight enters, thus generating a reaction in the chlorophyll, causing the electron to advance in the process, but to replenish that electron withdrawn, the plant uses electrons from the water (H20), with this, leaving only O2 of the water, releasing thus, Oxygen. To return to the process, then there is a path that the electron has to travel through, until it reaches a second part of chlorophyll, which is agitated by that electron, causing another electron to rise, thus arriving at the NADP + 2H reaction and, with the the electron that arrived is NADP + H that the plant uses to transform the CO2 bound with carbon processes to generate glucose, that is, its own food.
In the beginning of the class we played the game PERFIL of cells as a way of reviewing the subject. After that, we saw the process of photosynthesis in the cell, where sunlight enters, thus generating a reaction in the chlorophyll, causing the electron to advance in the process, but to replenish that electron withdrawn, the plant uses electrons from the water (H20), with this, leaving only O2 of the water, releasing thus, Oxygen. To return to the process, then there is a path that the electron has to travel through, until it reaches a second part of chlorophyll, which is agitated by that electron, causing another electron to rise, thus arriving at the NADP + 2H reaction and, with the the electron that arrived is NADP + H that the plant uses to transform the CO2 bound with carbon processes to generate glucose, that is, its own food.
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