BIOLOGY HIGH SCHOOL

Which phase change is the result of particles moving more quickly?liquid to gas

liquid to solid

gas to liquid

gas to solid

Answers

Answer 1
Answer:

Answer: Option A

Explanation:

The change in the movement of the particles takes place when the phase is changed from solid to liquid, liquid to gas, gas to liquid.

When the liquid state of matter changes into gaseous state, then the kinetic energy of the particles increases due to the heat that converts the liquid into gas.

So, the particles starts moving fast when it is converted from the liquid to gaseous state.
Answer 2
Answer: A liquid to gas make
s the particles move faster

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Embryonic development includes all of the following excepta. organogenesis.
b. fertilization.
c. gastrulation.
d. cleavage.
e. growth.

Answers

The answer is (b.) fertilization

The fertilization is the stage where the egg cell or the so-called ovum fused with the sperm cell which eventually leads the development of the embryo or the zygote. The Embryogenesis starts when the zygote undergoes mitotic divisions or also known cleavage process.

The leaf surface area is just as, if not more, important than the intensity of light in photosynthesis.a. True
b. False

Answers

The answer is a. True.

The photosynthesis occurs in leaves, which absorb sunlight. But the amount of absorbed sunlight by leaves depends on both the leaf surface area and intensity of life. So, the leaf surface area is just as important as the intensity of light in photosynthesis. But, if we take into consideration other leaves' functions, such as gas exchange, then the intensity of light has no effect on it. Thus, in that case, the leaf surface area is more important than the intensity of light.

A plant without enough water may wilt and close its stomata (leaf openings). This decreases the rate of photosynthesis because _____.

chloroplasts don't have access to the sunlightcarbon dioxide can't be absorbednutrients from the soil can't be absorbed

A crayfish’s swimmerets are used only for swimming.
a. True
b. False

Answers

Its false because lobsters have swimmerets as well and they dont use them only for swimming

Name two ways that phytoplankton is important to other organisms.

Answers

Phytoplankton are some of the smallest and most plentiful organisms on planet Earth; they are important to the health and well-being of many life forms in a variety of ways. The collapse of the world's phytoplankton population would have dire consequences for our environment and civilization.

The arctic fox is blue-gray in the summer and white in the winter. What most likely influence(s) this change? A. codominant alleles B. dominant alleles C. the environment alone D. genes and the environment

Answers

D. Genes and the environment. The Arctic fox changes it's fur color for camouflage and protection purposes (Hunting prey and Hiding from predators).

Answer:

It is D. Genes and the environment.

Have a good day :)

The body's reaction to information is to send these to the brain

Answers

The body's reaction to information is to send neurons to the brain. This can be facilitated by the transmission of nerve impulses throughout the body with the help of neurons.

What are Neurons?

Neurons may be characterized as nerve cells that significantly sends or receives signal to and from the brain. These cells typically communicated with other cells of the body with the help of a junction which is known as a Synapse.

According to the physiology of the function of neurons, sensory neurons perceive as a set of information or messages from various sense organs like eyes, ears, nose, tongue, and skin and send them directly to the brain.

While the function of motor neurons is understood by the fact that these neurons send the perceived information and messages from the brain to the entire body at the target site.

Therefore, the body's reaction to information is to send neurons to the brain.

To learn more about Neurons, refer to the link:

brainly.com/question/13061744

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The bodys reaction to information is to send neurons to the brain. For example, sensory neurons take information from the eyes, ears, nose, tongue, and skin to the brain. Motor neurons carry messages away from the brain back to the rest of the body.
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