Answer:
The only types of mutations that matter to large-scale evolutionary species are the mutations that can be passed to offspring (Genetic).
Explanation:
If a mutation is passed to offspring, through the generations it will become more and more prevalent...Eventually causing a pretty good dent on a population size. Hope this helps : )!
a decrease in ecosystem stability
b.
random fluctuations in ecosystem stability
c.
an increase in ecosystem stability
d.
no change to ecosystem stability
Answer:
c.
an increase in ecosystem stability
Explanation:
An increase in biodiversity generally causes c) an increase in ecosystem stability.
An increase in biodiversity generally causes c) a increase in ecosystem stability.
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interact with both biotic, or living,
parts of their habitat, as well as
abiotic, or nonliving, parts.
1. What biotic factors can you
identify? Write at least three
examples here.
B. Joint
C. Ligament
D. Tendon​
Answer:
D. Tendon
Explanation:
Answer:
not a scientific question, because it asks about what people think instead of how nature works
Explanation:
The question is not scientific, since it deals with people's point of view rather than scientific facts. In that respect, people are often suspicious of the words mutations because they cause changes in genes of living creatures. However, they are usually innocuous and can even help organisms to subsist.
Mutations is when there is a permanent change in the DNA sequence in a cell's gene or chromosome . This can cause many deformations in organisms.
________ neurons carry information from sense organs to the spinal cord and brain. In the brain, ______ carry information from the sensory neurons to _____
neurons, which causes muscles to contact and move.
Answer:
The correct answer will be-
1. Sensory neurons
2. Interneurons
3. Motor neurons
Explanation:
The neurons are the building blocks of the nervous system which transmits the signals in the form of electrical impulse.
The neurons can be categorized on the basis of their functions into three types:
1. Sensory neuron- The neuron which transmits the signals from the sense organs of the body to the central nervous system.
2. Interneurons- The neuron which connects the sensory neuron to the motor neuron by interpreting the signals from the sensory neurons.
3. Motor neuron- the neuron which transmits the signal from the central nervous system to the muscles and causes the movement of the muscles.
Neurons can be classified as sensory, motor, or interneurons based on the direction they carry impulses. Sensory neurons transmit information to the brain, interneurons process it, and motor neurons carry the response to muscles or glands.
There are three types of neurons. Sensory neurons carry information from sense organs to the spinal cord and brain. In the brain, interneurons carry information from the sensory neurons to motor neurons, which cause muscles to contract and move. Sensory neurons carry nerve impulses from sensory receptors in tissues and organs to the central nervous system. Motor neurons transmit impulses from the central nervous system to muscles and glands, prompting action. Interneurons facilitate communication between sensory and motor neurons.
Sensory neurons, for example, would carry the sensation of touching a hot surface to the brain. The brain processes this via interneurons and sends a signal through motor neurons to withdraw the hand quickly. This sequence illustrates how the different types of neurons collaborate to generate a response.
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