Energy released by

Is a process that uses the nergy stored in a proton gradient to produce ATP. It occurs within the Thylakoid membranes of chloroplast

Convert energy to the chemical energy of ATP and NADPH

A form of electromagnetic energy or radiation

In photosynthesis, the excited electrons doesn't stay in the higher state for long

P1

HYDRO means LYSIS means

Once excited, the electrons gain energy and move to a higher energy orbit within the chlorophyll molecules

Accessory pigment that absorb blue and green light and reflect yeow, orange or red

Sugar

Absords violet, blue and red light while transmitting and reflecting green light

The energy from the light excited electrons in the chlorophyll molecule

Accessory pigments

Main photosynthetic pigment

Step in the excitation process

When chlorophyll, a pigment in plant cell, absorb light (usually from sun), it absorb photons, which are packets of light energy. This causes electrons in the chlorophyll molecules to move to a higher energy level or "EXCITED" state

Is a process used by plants, algae, and some bacteria to convert light energy, usually from the sun into chemical energy in the form of glucose (sugar) These organism use carbon dioxide from the air and water from the so, and with the help of sunlight and chlorophyll, they produced glucose and oxygen as a by-product

Redoc process

Smallest unit of light energy

• Photo - part of photosynthesis • Site - thylakoid membrane • NADP, ATP, By-product oxygen

A key step in photosynthesis

ATP TO ADP

Includes wavelength that drives photosynthesis

Require energy endorganic reaction

APT is composed of

ATP is produced by chemiosmosis using an enzymes called ATP Synthase

The light receptors that absord light of specific wavelength

2 phases of photosynthesis

ATP function

Release exorganic reaction

ATP

Chemical Formula

A green pigment in plants

ADP

AMP

6Co2 + 6H2 O + light energy > C6 H1 2 O6 + 6O2