337199 Statement A :
As electrons move through the photosystems, protons are transported across the membrane
Statement B :
The primary acceptor of electron which is located towards the inner side of the membrane transfers its electron to an H carrier

337200 Statement A :
The ATPase enzyme consists of two parts, the \({F_0}\) portion is embedded in the membrane and forms a transmembrane channel that carries out simple diffusion of protons across the membrane
Statement B :
The other portion of \({F_1}\) and it protrudes on the outer surface of the thylakoid membrane on the side that faces the stroma

337201 Identify the molecule in which the Photosystem I passes an electron to NADP+ during cyclic photophosphorylation?

337202 Statement A :
The NADP reductase enzyme is located on the grana side of the membrane
Statement B :
Along with electrons that come from the acceptor of electrons of PS I, protons are necessary for the reduction of NADP + \({H^ + }\) to \(NAD{P^ + }\)

337203 In a chloroplast the highest number of protons are found in

337199 Statement A :
As electrons move through the photosystems, protons are transported across the membrane
Statement B :
The primary acceptor of electron which is located towards the inner side of the membrane transfers its electron to an H carrier

337200 Statement A :
The ATPase enzyme consists of two parts, the \({F_0}\) portion is embedded in the membrane and forms a transmembrane channel that carries out simple diffusion of protons across the membrane
Statement B :
The other portion of \({F_1}\) and it protrudes on the outer surface of the thylakoid membrane on the side that faces the stroma

337201 Identify the molecule in which the Photosystem I passes an electron to NADP+ during cyclic photophosphorylation?

337202 Statement A :
The NADP reductase enzyme is located on the grana side of the membrane
Statement B :
Along with electrons that come from the acceptor of electrons of PS I, protons are necessary for the reduction of NADP + \({H^ + }\) to \(NAD{P^ + }\)

337203 In a chloroplast the highest number of protons are found in

337199 Statement A :
As electrons move through the photosystems, protons are transported across the membrane
Statement B :
The primary acceptor of electron which is located towards the inner side of the membrane transfers its electron to an H carrier

337200 Statement A :
The ATPase enzyme consists of two parts, the \({F_0}\) portion is embedded in the membrane and forms a transmembrane channel that carries out simple diffusion of protons across the membrane
Statement B :
The other portion of \({F_1}\) and it protrudes on the outer surface of the thylakoid membrane on the side that faces the stroma

337201 Identify the molecule in which the Photosystem I passes an electron to NADP+ during cyclic photophosphorylation?

337202 Statement A :
The NADP reductase enzyme is located on the grana side of the membrane
Statement B :
Along with electrons that come from the acceptor of electrons of PS I, protons are necessary for the reduction of NADP + \({H^ + }\) to \(NAD{P^ + }\)

337203 In a chloroplast the highest number of protons are found in

337199 Statement A :
As electrons move through the photosystems, protons are transported across the membrane
Statement B :
The primary acceptor of electron which is located towards the inner side of the membrane transfers its electron to an H carrier

337200 Statement A :
The ATPase enzyme consists of two parts, the \({F_0}\) portion is embedded in the membrane and forms a transmembrane channel that carries out simple diffusion of protons across the membrane
Statement B :
The other portion of \({F_1}\) and it protrudes on the outer surface of the thylakoid membrane on the side that faces the stroma

337201 Identify the molecule in which the Photosystem I passes an electron to NADP+ during cyclic photophosphorylation?

337202 Statement A :
The NADP reductase enzyme is located on the grana side of the membrane
Statement B :
Along with electrons that come from the acceptor of electrons of PS I, protons are necessary for the reduction of NADP + \({H^ + }\) to \(NAD{P^ + }\)

337203 In a chloroplast the highest number of protons are found in

337199 Statement A :
As electrons move through the photosystems, protons are transported across the membrane
Statement B :
The primary acceptor of electron which is located towards the inner side of the membrane transfers its electron to an H carrier

337200 Statement A :
The ATPase enzyme consists of two parts, the \({F_0}\) portion is embedded in the membrane and forms a transmembrane channel that carries out simple diffusion of protons across the membrane
Statement B :
The other portion of \({F_1}\) and it protrudes on the outer surface of the thylakoid membrane on the side that faces the stroma

337201 Identify the molecule in which the Photosystem I passes an electron to NADP+ during cyclic photophosphorylation?

337202 Statement A :
The NADP reductase enzyme is located on the grana side of the membrane
Statement B :
Along with electrons that come from the acceptor of electrons of PS I, protons are necessary for the reduction of NADP + \({H^ + }\) to \(NAD{P^ + }\)

337203 In a chloroplast the highest number of protons are found in