Author: Jaishree Gorane

Why do Herbivores have Longer Small Intestine than Carnivores
Biology / Chapter 6 Life Processes - Class 10 / Class 10 / Intext question Answers / Intext Questions and Answers / NCERT Long Question Answers / Notes / nutrition / Question Answers / Science / Uncategorized

Why do Herbivores have Longer Small Intestine than Carnivores

- by Jaishree Gorane - 6 Comments.

Herbivores and omnivores have longer digestive tracts than carnivores. Herbivores consume fibre-rich plants with cellulose, requiring extended digestion time. A longer small intestine allows herbivores to fully break down cellulose, aided by bacteria. Carnivores lack cellulase enzymes, resulting in a shorter small intestine. The difference in tract length arises from dietary needs and cellulose digestion capabilities.

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Biology / Chapter 6 Life Processes - Class 10 / Class 10 / Class 7 / Intext question Answers / Intext Questions and Answers / Notes / nutrition / Question Answers / Science

7 IMPORTANT FACTORS AFFECTING PHOTOSYNTHESIS

- by Jaishree Gorane - 9 Comments.

Photosynthesis is crucial for plant growth. Factors like light intensity, CO2 concentration, temperature, water, chlorophyll, protoplasm, and leaf structure affect and determine efficiency. Light intensity directly influences photosynthesis, while CO2 concentration initially enhances it. Temperature affects enzymes. Water scarcity hampers CO2 intake. Chlorophyll loss impairs energy absorption, protoplasm affects hydration and carbohydrates, and leaf structure determines light and CO2 entry.

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what are the adaptations of leaves for photosynthesis
Biology / Chapter 6 Life Processes - Class 10 / Class 10 / Intext question Answers / Intext Questions and Answers / Notes / nutrition / Question Answers / Science

What are the Adaptations of leaf for Photosynthesis

- by Jaishree Gorane - 7 Comments.

10 important leaf adaptations for photosynthesis. From a large surface area that captures abundant sunlight to the presence of chlorophyll and concentrated chloroplasts that optimise energy uptake, leaves have evolved to maximise the process. Efficient gas diffusion, thin leaves for rapid transport, transparent cuticle and an extensive vein system ensure the distribution of nutrients. Explore these vital adaptations for efficient photosynthesis.

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photosynthesis complete notes
Biology / Chapter 6 Life Processes - Class 10 / Class 10 / Notes / Notes / nutrition / Science / Uncategorized

Photosynthesis – Class 10

- by Jaishree Gorane - 19 Comments.

Photosynthesis, the vital process in plants, converts raw materials—carbon dioxide and water—into glucose, releasing oxygen. It occurs within chloroplasts, the site of photosynthesis. The process involves interconnected events, including light absorption, energy conversion, and carbon dioxide reduction. Factors like light intensity, temperature, and nutrient availability influence photosynthesis. Unique adaptations in desert and aquatic plants optimize their photosynthetic efficiency

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Differences between Photosynthesis and Respiration
Biology / Chapter 6 Life Processes - Class 10 / Class 10 / Intext question Answers / Intext Questions and Answers / Notes / nutrition / Question Answers / Science / Uncategorized

13 Important Differences between Photosynthesis and Respiration

- by Jaishree Gorane - 8 Comments.

Differences between photosynthesis and respiration are significant. Photosynthesis is the process where plants convert sunlight, water, and carbon dioxide into glucose and release oxygen. It is light-dependent and anabolic, increasing plant weight. In contrast, respiration breaks down glucose using oxygen to release energy, carbon dioxide, and water. It occurs throughout day and night, is exothermic, and is essential for all organisms’ survival.

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Types of Autotrophic Nutrition
Biology / Chapter 6 Life Processes - Class 10 / Class 10 / NCERT Long Question Answers / Notes / nutrition / Question Answers / Science / Uncategorized

Types of Autotrophic Nutrition – Chemosynthesis and Photosynthesis

- by Jaishree Gorane - 5 Comments.

Autotrophic nutrition is of two main types – Chemosynthesis and Photosynthesis. Chemosynthesis involves the synthesis of carbohydrates using chemical nutrients as an energy source, while photosynthesis uses sunlight to convert carbon dioxide and water into glucose and oxygen. Chemosynthetic autotrophs thrive in low-light environments, while green plants, algae and cyanobacteria are particularly good at capturing solar energy through photosynthesis.

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Biology / Chapter 6 Life Processes - Class 10 / Class 10 / NCERT Long Question Answers / Notes / nutrition / Question Answers / Science / Uncategorized

Autotrophic Nutrition – Significance ,Types, Organisms and Examples

- by Jaishree Gorane - 5 Comments.

Autotrophic nutrition, including photosynthesis and chemosynthesis, is of great significance for sustaining life on Earth. Autotrophs, such as plants, algae, and chemosynthetic bacteria, synthesise their own food. They play a vital role as producers, fixing carbon dioxide and forming the foundation of energy pyramids and food chains. Autotrophs fuel the development of ecosystems and provide essential nourishment for heterotrophs.

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