Neuron Structure and Function (न्यूरॉन की संरचना और कार्य):
- Cell Body (कोशिका शरीर): Contains the nucleus and is responsible for maintaining the cell’s health.
- Dendrites (डेंड्राइट्स): Receive signals from other neurons and transmit them to the cell body.
- Axon (ऐक्सॉन): Transmits electrical impulses away from the cell body to other neurons or muscles.
Example: न्यूरॉन का मुख्य कार्य सूचना का संचार करना है, जैसे कि जब आप कुछ छूते हैं, तो सूचना आपके मस्तिष्क तक पहुँचती है।
Other Question Answers 🕵️of Control and Coordination Make Notes ✒️
- What is the difference between a reflex action and walking?
- What happens at the synapse between two neurons?
- Which part of the brain maintains posture and equilibrium of the body?
- How do we detect the smell of an agarbatti (incense stick)?
- What is the role of the brain in reflex action?
- What are plant hormones?
- How is the movement of leaves of the sensitive plant different from the movement of a shoot towards light?
- Give an example of a plant hormone that promotes growth.
- How do auxins promote the growth of a tendril around a support?
- Design an experiment to demonstrate hydrotropism.
- How does chemical coordination take place in animals?
- Why is the use of iodised salt advisable?
- How does our body respond when adrenaline is secreted into the blood?
- Why are some patients of diabetes treated by giving injections of insulin?
- Which of the following is a plant hormone?
- The gap between two neurons is called a
- The brain is responsible for
- What is the function of receptors in our body? Think of situations where receptors do not work properly. What problems are likely to arise?
- Draw the structure of a neuron and explain its function.
- How does phototropism occur in plants?
- Which signals will get disrupted in case of a spinal cord injury?
- How does chemical coordination occur in plants?
- What is the need for a system of control and coordination in an organism?
- How are involuntary actions and reflex actions different from each other?
- Compare and contrast nervous and hormonal mechanisms for control and coordination in animals.