PPT-3.2 The Light-Dependent Reaction

Photosynthesis Learning Objectives To understand what it meant by oxidation and reduction in photosynthesis To understand how ATP is made during the lightdependent reaction To know the role of . . ACTIVITIES. 1.. . Blue Bottle. 2. Foam Column. Solid Reaction. Flame Tests. Burning Magnesium. Carbon Pillar. Skills Focus:. Making Observations. Qualitative vs. Quantitative. Aim: To find out the different signs of a chemical . . Luminescence . Definition. Luminescence . is emission of light by a substance not resulting from . heat. Types of . luminescence. Fluorescence . Phosphorescence. Chemiluminescence. Bioluminescence. Photosynthesis. Respiration . Photosynthesis. I) Photosynthesis. A) Equation:. CO. 2. +H. 2. O C. 6. H. 12. O6 + O. 2. B) Occurs in the chloroplasts using the enzymes chlorophyll. C) Broken into 2 parts:. BY. Dr. . Bhawna. Lecturer in Chemistry. Govt. College, . Mohali. . INTRODUCTION. Photochemistry. is defined as that branch of chemistry which deals with the study of interaction of radiation with matter resulting into a physical change or into a chemical reaction (called photochemical reaction) whose rates and mechanisms are studied after initiation by the radiant energy. Nunc Agenda: Write the formula for photosynthesis. Quaestio: How do plants capture the sun’s energy?. Nunc Agenda: What do you think photolysis means?. The Plant Cell. Chloroplast Structure. Chloro. BY. Dr. . DEPINDER. . KAUR. INTRODUCTION. Photochemistry. is defined as that branch of chemistry which deals with the study of interaction of radiation with matter resulting into a physical change or into a chemical reaction (called photochemical reaction) whose rates and mechanisms are studied after initiation by the radiant energy. Bhawna. INTRODUCTION. Photochemistry. is defined as that branch of chemistry which deals with the study of interaction of radiation with matter resulting into a physical change or into a chemical reaction (called photochemical reaction) whose rates and mechanisms are studied after initiation by the radiant energy. Energy for all life on Earth ultimately comes from photosynthesis.. 6CO. 2. 12H. 2. O C. 6. H. 12. O. 6. 6H. 2. O 6O. 2. . Oxygenic photosynthesis is carried out by:. cyanobacteria. Happens in the CHLOROPLAST. Using the chemical - Chloroplast. Only need to learn terms . Thylakoid. Granum. Thylakoid. Little . sacklike. things. Hold the chlorophyll. Like little solar panels. The stacks of Thylakoids are Granum/grana. The light-dependent reaction. The light-independent reaction. Required practical 7: . Use of chromatography to investigate the pigments isolated from leaves of different plants, . eg. , leaves from shade-tolerant and shade-intolerant plants or leaves of different colours.. SWBAT Describe the process of photosynthesis. Bellringer. What are the products and reactants of photosynthesis?. Adenine. Ribose. 3 Phosphate groups. Cell Energy:. Cells usable source of . energy. is called . For most life on earth, the ultimate source of energy is . the sun. .. Converting that energy source into something usable is accomplished by . photosynthesis. .. Overview. Photosynthesis. : . the overall process by which sunlight . Introduction. In photosynthetic eukaryotic organisms have sub cellular structure known as chloroplast a prime site of photosynthesis.. The chloroplast have thylakoids a special structure where light . Evidence of a chemical reaction includes:. Chemical Reaction. 1) Change in color / light. 2) Change in temperature. Evidence of a chemical reaction includes:. Chemical Reaction. 1) Change in color / light.