What is the function of skeletal muscles? *
A aid in digestion
B scare others on Halloween
C movement of the human body
D produce hormones

They both use passive transport. they don't need energy to move molecules through the plasma membrane.

Answer:

The mutation in the MCR1 gene affected the structure and function of the MCR1 protein.

Answer: Years ago, when prehistoric animals and plants died, layers of rock and dirt gradually buried them. Over millions of years, heat and pressure from Earth's crust ... that are useful to humans, like fossil fuels, are called natural resources. ... life and provides real-life examples such as scientist have found fossals in museums

Explanation:

The distribution of fossil fuels on Earth suggests that the population was low when compared to now and there was also less technology adopted.

Plants and animals which died millions of years ago were gradually covered

with dust through wind erosion as a result of less technological innovation

such as burying in coffins etc. They were put in tombs which made fossils to

be discovered as a result of direct contact with rocks and soil components.

The population of plants and animals were also lesser than then which is why fossils are sparingly distributed across the world.

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Answer:

I don't know what you are asking but I gave two answer's

PLEASE GIVE BRAINLEST

Explanation:

an infective agent that typically consists of a nucleic acid molecule in a protein coat, is too small to be seen by light microscopy, and is able to multiply only within the living cells of a host.

Or

a piece of code which is capable of copying itself and typically has a detrimental effect, such as corrupting the system or destroying data.

Answer for #8:

Cold water is heavier than warm water, and because of that it sinks. Ice dissolving into the water cools the ocean, causing it to drown. This creates a wave by which cold water is drowning near the poles, which forces the water into the depths of the ocean, leading the entire ocean to swirl. This cold, thick water is then forced back up against the west shores of the continents where it can be warmed.

Hope this helped,

0Drink0Milk0

Answer:

If another large, caldera-forming eruption were to occur at Yellowstone, its effects would be worldwide. Such a giant eruption would have regional effects such as falling ash and short-term (years to decades) changes to global climate. Those parts of the surrounding states of Montana, Idaho, and Wyoming that are closest to Yellowstone would be affected by pyroclastic flows, while other places in the United States would be impacted by falling ash (the amount of ash would decrease with distance from the eruption site). Such eruptions usually form calderas, broad volcanic depressions created as the ground surface collapses as a result of withdrawal of partially molten rock (magma) below. Fortunately, the chances of this sort of eruption at Yellowstone are exceedingly small in the next few thousands of years.

Explanation:

rescorces:

https://www.usgs.gov/faqs/what-would-happen-if-a-supervolcano-eruption-occurred-again-yellowstone?qt-news_science_products=0#qt-news_science_products

others:

BRAINLIEST PLS

5 STAR PLS

THANKS PLS

Answer:

The answer  is liquid

Explanation:

Because liquid is a type of matter that does not have a definitive shape, so it relies on taking its shape from the substances that it settles in.

In this example, the amount of liquid used was 400mL, when they poured liquid in, it took the shape of the container.

While gas can get a shape of a container, its volume is not fixed.

Answer: Your correct the answer is liquid

Explanation:

Arrow 'f' releases carbon dioxide.

Answer:

F I think I am not sure though hope I helped.

Answer:

3

Explanation:

There are three atoms in a compound. They are carbon, hydrogen, and oxygen.

A compound will form when different atoms combine and it forms a compound. There are three atoms such as carbon, hydrogen, and oxygen.

When two or more chemical elements are chemically linked together, a compound is created. The components that make up a mixture are not chemically bound to one another.

Covalent bonds and ionic bonds are two prevalent forms of bonding that hold components together in compounds.

Therefore, There are three atoms in a compound. They are carbon, hydrogen, and oxygen.

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Answer:

b

Explanation:

Its right

Answer:  plates

Explanation:

Two continental plates collide causing both plates to go up and smash together to form valleys and mountains. Over time the mountain/valley get smoothed over by erosion and wind to create the finished product.

( I don't know if you want to use the last sentence.)

Answer:

blood pressure pushes water and solutes from the capillaries into the capsule through a filtration membrane

Explanation:

i know it all

Answer:

I thought it was the liquid you dring plus the human waste coming together to make urine

Explanation:

Answer:focus on work.

Explanation:do what you are supposed to.

Answer:

black guinea pig:

1. BB

2. Bb

white guinea pig

1. bb

Explanation:

The black guinea pig carries the dominant trait. The "B" represents dominant trait. the "b" is recessive. When a dominant trait (B) is present, it will always take over making the guinea pig have black fur regardless of if there's a recessive trait. In order to get the white fur, you will need two recessive traits (bb).

The genotypes of 2 guinea pigs, for 2 traits are represented as AABB and aabb. The guinea pigs are mated and the offspring eventually mate with each other.

A genotype is a genetic arrangement that makes up the traits that an organism inherited from its parents. Genotype can also mean the entire collection of genes an offspring inherited from its parents. In animals, a material known as DNA acts as the instructions that tell cells what to do.

The genotypic ratio is the ratio depicting the different genotypes of the offspring from a test cross. It represents the pattern of offspring distribution according to genotype, which is the genetic constitution determining the phenotype of an organism.

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Answer:      

Explanation:

A pedigree chart is used to track inherited traits through generations.

A pedigree chart is a visual tool that represents the inheritance patterns of specific traits or genetic conditions within a family. It helps to trace the occurrence of traits, diseases, or genetic conditions across multiple generations by depicting the relationships between individuals and their affected or unaffected status.

Pedigree charts are commonly used in genetics and genetic counseling to analyze patterns of inheritance, identify carriers of genetic disorders, determine the probability of passing on certain traits or diseases, and study the transmission of traits within families. By examining the patterns of inheritance in a pedigree chart, one can gain insights into the mode of inheritance, such as autosomal dominant, autosomal recessive, or X-linked inheritance, and make predictions about the likelihood of certain traits or conditions appearing in future generations.

The orientation of the North Pole changes as follows during the year:

The orientation of the North Pole remains relatively fixed throughout the year. It does not change its position or direction.

The North Pole always points in the same direction in the northern sky, which is towards the North Star or Polaris.

However, the tilt of the Earth's axis in relation to its orbit around the Sun causes the amount of sunlight received by different parts of the Earth to vary throughout the year.

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From the diagram of the rock cycle the missing part is ( B ) ; Melting

Magma is a hot liquid/semi-liquid rock that is usually formed under the earth due to high pressure and temperature present in the inner core of the earth. magma is obtained by the melting down of existing rocks ( Igneous, sedimentary and metamorphic rocks ) under high pressure and temperature in the earths core.

Magma is released to the earth surfaces during volcanoes therefore the missing term  in the rock cycle is melting

Hence we can conclude that from the diagram of the rock cycle the missing part is Melting.

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The changes that this kind of low biodiversity would bring to an ecosystem would include increased competition for fewer food sources, organisms that are less suited to changes in the environment, and easier reproduction for organisms in A, B, and C.

Increased competition for fewer food sources, such as with only one species of tree, means that the organisms that depend on it for food and habitat would have to compete for limited resources. This can lead to a reduction in the overall population and diversity of the organisms in the ecosystem. Low-biodiversity ecosystems are less resilient to environmental changes, such as climate change or natural disasters. With only one species of tree, the organisms in the ecosystem would be less adaptable to changes in the environment and more vulnerable to extinction.

Hence, the changes that this kind of low biodiversity would bring to an ecosystem would be increased competition for fewer food sources, organisms that are less suited to changes in the environment, and easier reproduction for organisms in A, B, and C.

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Answer:

The scientist Alfred Wegener is most closely connected with the concept of continental drift. Wegener wrote a paper outlining his notion that the continents were "drifting" across the Earth.

Explanation:

i got it right on edge please like and give stars

Answer:

A set of practices that humans can follow to meet their needs without causing long-term, negative effects on species or ecosystems.

Explanation:

Sustainability means "the ability to be maintained at a certain rate or level." So sustainability is the ability for humans to meet their needs, while also maintaining the ecosystem and different species at the same rate and level.

The answer is a negative feedback loop. Negative feedback is used to counteract an effect and achieve back a homeostatic balance. An example of a negative feedback loop is in thermoregulation. When temperatures are too high, the hypothalamus induces body responses such as vasodilation and sweating that enable the loss of excess heat.

Answer:

1 is metaphase 1

2 is cytokineses

3 is prophase 1

4 is anaphase 1

Explanation:

Answer:

A paramecium is similar to a giraffe in one defining way. Both a giraffe and paramecium have eukaryotic cells. One way in which the two are different is that the paramecium feeds on decaying organisms, whilst a giraffe eats leaves. Another is that paramecium primarily live in fresh water, while a giraffe dwells on land.

A paramecium and a giraffe are two very different organisms. A paramecium is a single-celled organism, while a giraffe is a large, multicellular mammal. Despite their many differences, both a paramecium and a giraffe have cells. However, the cells of a paramecium and a giraffe are quite different from each other in terms of size, shape, and function.

One of the most significant differences between the cells of a paramecium and a giraffe is their size. The cells of a paramecium are very small, measuring only a few micrometers in diameter. In contrast, the cells of a giraffe are much larger and more varied in size, depending on their function within the body. For example, giraffe nerve cells are much larger than giraffe red blood cells.

Another important difference between the cells of a paramecium and a giraffe is their shape. The cells of a paramecium are typically elongated and oval-shaped, with a pointed end at one end and a rounded end at the other. In contrast, the cells of a giraffe are much more varied in shape, depending on their location and function within the body. For example, giraffe muscle cells are long and cylindrical, while giraffe nerve cells are elongated and have many branching extensions.

Despite their many differences, the cells of a paramecium and a giraffe do have some similarities. For example, both types of cells have a cell membrane that surrounds the cell and controls the movement of materials in and out of the cell. Both types of cells also have a cytoskeleton, which provides support and structure to the cell. Additionally, both types of cells have a nucleus, which contains the cell's genetic material.

Overall, while the cells of a paramecium and a giraffe have some similarities, they are also very different from each other in terms of size, shape, and function. The small, simple cells of a paramecium are adapted for life in a single-celled organism, while the larger, more complex cells of a giraffe are adapted for life in a multicellular mammal.