What is the function of a nerve cell in a multicellular organism?
produce and manage movement
store and distribute oxygen
carry and transmit signals
between different parts of the body, allowing for communication and coordination between the different tissues and organs. Nerve cells, also known as neurons, are responsible for sensing changes in the environment or internal conditions, processing this information and generating electrical impulses that travel along their axons to other nerve cells or muscle cells. This enables the organism to respond to stimuli, initiate movement, regulate bodily functions, and maintain homeostasis. Without the proper functioning of nerve cells, an organism would not be able to survive and thrive in its environment.
What is the function of a nerve cell in a multicellular organism?
A. produce and manage movement
B. store and distribute oxygen
C. carry and transmit signals
C. carry and transmit signals.
How are red blood cells able to move through narrow vessels to carry oxygen throughout a multicellular organism?
A. They are small because they lack a nucleus.
B. They are long and thin with a tail like end
C. They are small because their organelles are smaller than those of other cells.
D. They are flexible because they lack a plasma membrane.
The function of a nerve cell, also known as a neuron, in a multicellular organism involves carrying and transmitting signals.
To understand the function of a nerve cell, let's break down the steps on how to answer this question:
Step 1: Understand the context - A multicellular organism is made up of different types of cells, each with its specific functions.
Step 2: Identify the cell type - In this case, we are talking about nerve cells or neurons.
Step 3: Determine the function - Nerve cells are specialized cells that play a crucial role in transmitting electrical signals throughout the body. They are involved in communication between different parts of the organism and facilitate various physiological processes.
Therefore, the function of a nerve cell in a multicellular organism is to carry and transmit signals. These signals can be sensory information from the external environment or internal messages for coordination and regulation of various bodily functions.
It is worth noting that while nerve cells are involved in coordinating movement, they do not directly produce or manage movement themselves. They relay signals from the brain to muscles, enabling them to contract and produce movement.