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4to_HW_BIO_C7

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4to_HW_BIO_C7

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METABOLISMO - FOTOSÍNTESIS

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MATERIALES CT
MATERIALES CT
Peru

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4to_HW_BIO_C7
 

4to_HW_BIO_C7Online version

METABOLISMO - FOTOSÍNTESIS

by MATERIALES CT
1

¿Qué sucede con la clorofila en el fotosistema II cuando absorbe energía lumínica?

2

2. ¿Qué compuesto precursor se utiliza para formar glucosa al final del ciclo de Calvin?

3

Las dos fases de la fotosíntesis están interconectadas. ¿Qué productos de la fase luminosa son utilizados directamente en el ciclo de Calvin?

4

¿Qué molécula es la fuente de los electrones que reemplazan a los perdidos en el fotosistema II?

5

En los cloroplastos, la luz solar activa procesos en los tilacoides donde reacciones químicas y movimientos de partículas generan energía, almacenada gracias a diferencias de concentración y cargas en la membrana tilacoidal, para las etapas posteriores de la fotosíntesis. ¿Qué fuerza impulsa la síntesis de ATP en la membrana tilacoidal?

Explicación

La clorofila absorbe fotones y transfiere su energía a los electrones, iniciando su transporte en la cadena de electrones.

Dos moléculas de G3P se combinan para formar una molécula de glucosa.

Estos compuestos energéticos proveen la energía y los electrones necesarios para las reacciones del ciclo de Calvin.

La fotólisis del agua libera electrones, protones y oxígeno como subproducto.

La acumulación de protones en el lumen del tilacoide genera un gradiente electroquímico. Este gradiente impulsa la ATP sintasa, una enzima que sintetiza ATP utilizando la energía liberada cuando los protones regresan al estroma.

 
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