what real world example is used to explain codominance?

Answer:

True.

Explanation:

Natural selection is how animals and others are picked off, the weakest dying first. It can take years at the most.

Answer: true

Explanation: step by step

There are several methods for determining bacterial motility, but two common methods are the hanging drop method and the stab inoculation method.

1. Hanging drop method: This method involves placing a drop of bacterial culture on a microscope slide and observing the movement of the bacteria under a microscope. The drop is placed on a coverslip and then inverted onto a depression slide. This allows for the observation of bacterial movement in a more natural, unconstrained environment.

2. Stab inoculation method: This method involves stabbing a bacterial culture into a semi-solid agar medium and observing the growth pattern. Motile bacteria will spread out from the point of inoculation, while non-motile bacteria will only grow in the area where they were initially inoculated.

Both of these methods can be used to determine bacterial motility, and each has its own advantages and disadvantages. The hanging drop method allows for the observation of bacterial movement in a more natural environment, while the stab inoculation method is simpler and easier to perform.

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Both the parent are heterozygous the offspring produced will not be of the same hairline.  

Hence the option No is correct.

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Answer:

6 - b

7 - a

8 - i can’t really see the pictures on the bottom, but it would be the one where there is equal amounts inside and out of the cell and nothing is moving to a higher concentration

9 - again, can’t see the pictures, but it would be the one where water is moving into the cell

10 - c

11 - the image that shows water moving out of the cell

12 - d

Explanation

Let's discuss it further below.

If the lens in your eye had a refractive power of 25 diopters, its focal length would be calculated using the formula:

Focal Length (in meters) = 1 / Refractive Power (in diopters)

To find the focal length in millimeters, follow these steps:

1. Convert the refractive power to meters: Focal Length = 1 / 25 diopters = 0.04 meters
2. Convert meters to millimeters: 0.04 meters * 1000 = 40 mm

So, the focal length would be 40 mm.

A refractive power of 25 diopters could cause a vision defect called hyperopia, or farsightedness. This means the person would have difficulty focusing on nearby objects, as their lens focuses the light too far behind the retina.

To correct this defect, a converging lens (positive power) could be used in eyeglasses or contact lenses to bring the focal point forward, allowing for better focus on nearby objects. Additionally, refractive surgery like LASIK or PRK can also help correct the vision defect by reshaping the cornea to adjust the focal point.

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Both gymnosperms and angiosperms have unique features that distinguish them from other types of plants.

One of the most notable features of gymnosperms is that they produce seeds, which means that the seeds are not enclosed in an ovary. This is in contrast to angiosperms, which produce seeds that are enclosed in an ovary, which eventually develop into a fruit.

Additionally, gymnosperms produce pollen that is carried by wind, while angiosperms produce pollen that is often carried by insects or other animals. Another distinguishing feature is that gymnosperms have simpler xylem and phloem structures compared to angiosperms. Lastly, gymnosperms have a dominant sporophyte generation, while angiosperms have a dominant gametophyte generation.

These unique features have allowed gymnosperms and angiosperms to thrive in different environments and play important roles in the ecosystems they inhabit.
The unique features of gymnosperms and angiosperms include: a) seeds and b) pollen. While both plant types have xylem and phloem (c) and a sporophyte generation (d), these characteristics are not unique to them, as they are found in other plant groups as well.

In summary, the features that differentiate gymnosperms and angiosperms from other plant groups are their seeds and pollen, which play crucial roles in their reproduction and survival.

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Gymnosper-ms have unique features such as seeds, separate cones for pollen, pollination by wind or insects, and tracheids for water transport. Angiospe-rms have unique features such as enclosed seeds within a fruit, flowers for pollination, double fertilization, and classification into monocots and eudicots.

Features that are unique to gymnosperms include:

Features that are unique to angiospe-rms include:

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An external hordeolum, commonly known as a stye, is a localized infection of the eyelash follicle. It is typically caused by bacteria, most commonly Staphylococcus aureus.

Styes appear as a painful, red, and swollen bump on the eyelid, often with a visible pus-filled head. They can be uncomfortable and may cause temporary vision disturbances.

Styes usually resolve on their own within a week, but warm compresses and good hygiene practices can help alleviate symptoms and promote healing. It is important to avoid squeezing or popping the stye to prevent further infection.

In some cases, a doctor may need to drain the stye or prescribe antibiotics if the infection persists or becomes severe.

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Answer:

i think in my choice

Explanation:

The individuals stomach may be affected cause they have to do a long jump anfd they might also be hurt in legs or hannds. hope it helps

With the exception of some lemurs and lorises, most strepsirrhines are active during the night, are nocturnal and solitary animals.

Strepsirrhines, a suborder of primates, are mostly known for their nocturnal and solitary behaviors. They are a diverse group of primates that includes lemurs, lorises, galagos, and aye-ayes. With the exception of some lemurs and lorises that are active during the day, most strepsirrhines are active during the night. This adaptation to nocturnal life is thought to have evolved as a way to avoid competition with other primates and predators.

Solitary behavior is also common among strepsirrhines, although there are some exceptions. Some species of lemurs are social and live in groups, while others are solitary. Lorises are also known to live in small family groups, but they generally hunt and forage alone.

The unique physical characteristics of strepsirrhines, such as their elongated snouts and large eyes, are adaptations that aid in their nocturnal lifestyle. Their large eyes allow them to see in low light conditions, while their elongated snouts contain specialized sensory organs that help them locate food and navigate through their environment.

In conclusion, strepsirrhines are mostly nocturnal and solitary animals, with some exceptions. Their adaptations to nocturnal life and unique physical characteristics are a testament to their evolutionary success.

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Answer:

wave energy-  renewable

oil- nonrenewable

soil- renewable

sunlight- renewable

fresh water- renewable

timber-renewable

Explanation:

I think this should be right.

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Trypansoma is slightly longer than a red blood cell (1.5−2.5x in length) (Option 2). It implies that the size of Trypansoma exceeds the length of a red blood cell, but not significantly.

Trypansoma, a parasitic protozoan, is slightly longer than a red blood cell. The length comparison states that Trypansoma is 1.5−2.5 times longer than a red blood cell. However, it's important to note that size can vary depending on the specific species or strain of Trypansoma and the individual variation within red blood cells. Overall, this information provides a relative understanding of the size difference between Trypansoma and red blood cells, indicating that Trypansoma is slightly larger in terms of length compared to a red blood cell (Option 2).

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Limiting water use and ensuring sustainability are ongoing concerns in the field of turf care is referred to as a true statement.

This is referred to as a societal goal that relates to the ability of people to safely co-exist on Earth over a long time.

A goal of all turf managers and homeowners should be to conserve irrigation water and this is usually achieved by ensuring that different things are done such as maximizing our inputs (precipitation, irrigation) which is therefore the reason why true was chosen as the correct choice.

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The brown marmorated stinkbug is a generalist species, capable of feeding on a wide variety of plants.

The brown marmorated stinkbug exhibits a generalist feeding behavior, consuming a diverse range of plants. It has been observed feeding on over 300 different plant species, including fruits, vegetables, crops, and ornamental plants. This broad diet allows the stinkbug to adapt to various environments and exploit available food sources.

However, this feeding habit poses challenges for farmers and gardeners, as the stinkbug can cause significant damage to crops and fruit trees. Its ability to utilize different plants as food enables it to establish populations in various regions and contributes to its successful spread worldwide.

The stinkbug's generalist nature allows it to thrive in different habitats and take advantage of diverse food resources, making it a versatile and adaptable species.

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Answer:

interspedric hyprisation

Answer:the answer is simple when the lava clears up the is rocks left and the rocks contain lichen or moss the lichen and moss speed up the process by a little a are like a little decomposer and when it decomposes dirt start to come together  and grass and trees start to form in wich bring wildlife attracted to that place

Explanation:i dunno

Answer:

DNA molecule  top left

is "unzipped"

in nucleus

RNA polymerase  top right

is used to build a

mRNA molecule

mRNA travels to   bottom right

a ribosome where its

codons will be "read"

amino acids     bottom left

released by tRNA

form peptide bonds

Explanation:

This is true

Answer:

DNA molecule  top left

is "unzipped"

in nucleus

RNA polymerase  top right

is used to build a

mRNA molecule

mRNA travels to   bottom right

a ribosome where its

codons will be "read"

amino acids     bottom left

released by tRNA

form peptide bonds

Explanation:

Answer:

DNA of a gene serves as a template for complementary base-pairing, and an enzyme called RNA polymerase II catalyzes the formation of a pre-m-RNA molecule, which is then processed to form mature m-RNA.

Explanation:

can i have brainliest

Answer:

bacteria

Explanation1 Bacteria. 2 Protists. Lab Comparing Algae and. Protozoans. 3 Fungi ... ways, and they can describe some of the internal structures of organisms related to ... Structure and Function Bacteria cells are ... Most eubacteria have been classified and identified based ... their lives as one-celled organisms and part of their lives as.

Missing: behaviours ‎| Must inclu:

Condensation does not release carbon

Answer:

heat energy

Explanation:

Answer: heat and thermal energy

Explanation:

Answer:

T A G C T G C A A T T G C

Explanation:

The complimentary DNA strand. Please tell me if you wanted RNA and I will correct it!

Answer:

Grassland: Lion

Savannah: Elephant

Desert: Scorpion

Tundra: Bear

Explanation:

They are illustrations of reciprocal altruism because in order for a favor to be exchanged, both parties must act in the other's best interests.

According to Trivers, reciprocal altruism is when two unrelated people act altruistically when there will be money (or at least a promise of reward) in the future for the altruistic act (Trivers, 1971). Reciprocal altruism is just a behavior in evolutionary biology when an organism temporarily lowers its fitness while raising the fitness of another organism, with the hope that other organism would act similarly in the future.

Mutual grooming between various birds and mammals is one instance. Mutualism or symbiosis is the term for cooperative behavior among members of different species (e.g., cleaner fish clean the mouths of larger fish, which in turn refrain from eating them). Another illustration of humans reciprocal altruism would have included sharing food, tools, and information, as well as aiding sick people, the injured, and others when they are in need.

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Answer:

C i think

Explanation:

sorry if its wrong :(

The following shows the correct order in which sound information travels through the ear is Eardrum, ossicles, cochlear nerve, cochlea.

The cochlear nerve, additionally called the acoustic nerve, is the sensory nerve that transfers auditory records from the cochlea (auditory vicinity of the internal ear) to the brain. It is one of the many portions that make up the auditory system, which permits powerful listening to.

We pay attention while sound waves journey thru the air to our eardrum, throughout our center ear, into our internal ear, and sooner or later to the auditory facilities of our brain. Our ears are constantly on and are constantly sporting sounds alongside this listening-to pathway.

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Answer:

Eardrum, ossicles, cochlea, cochlear nerve

Explanation:

DNA is a double stranded molecule made of nucleotides, while RNA is a single stranded molecule, also made of nucleotides.

Nucleotides are made of a nitrogen base, a phosphate and a sugar molecule (desoxyribose in DNA and ribose in RNA).

There are 5 nitrogen bases:

Adenin

Thymine

Guanine

Cytosine

Uracil

The DNA strands have the nitrogen bases Adenin, Thymine, Guanine and Cytosine, these bases pair together as follows:

Adenine = Thymine

Cytosine = Guanine

RNA also has 4 nitrogen bases, in this case, the base Thymine is replaced by the base Uracil, so the 4 nitrogen bases that form the strand are Adenine, Uracil, Guanine, and Cytosine. These bases form pairs as follows:

Adenine = Uracil

Cytosine = Guanine

For question 43, the correct answer is d. Thymine paris with adenine in DNA.

Answer:

Explanation:

Further down, the trachea divides into two tubes (left and right) called bronchi (BRAHN-kye). The bronchi connect the trachea to the lungs.

Answer:

Yes, mitochondria transfers energy to the cell.

Explanation:

A cell can be defined as the fundamental or basic functional, structural and smallest unit of life for all living organisms. Some living organisms are unicellular while others are multicellular in nature.

A unicellular organism refers to a living organism that possess a single-cell while a multicellular organism has many (multiple) cells.

Muscle cells use more energy than most other cells in the body. Because of this, muscle cells must have more mitochondria.

Basically, mitochondria is one of the cell organelles found in all living organisms and it is known as the powerhouse. Therefore, mitochondria provides all the energy required in the cell by transforming energy forms through series of chemical reactions; breaking down of glucose into Adenosine Triphosphate (ATP) used for providing energy for cellular activities in the body of living organisms.

Hemochromatosis, Tay-Sachs, sickle cell Anaemia, and cystic fibrosis are a few of the most prevalent single-gene diseases.

One gene mutation, numerous gene mutations (multifactorial inheritance disorder), a combination of gene mutations and environmental variables, or damage to chromosomes (changes in chromosome number or structure) can all result in genetic illnesses.

A sickness or condition that affects fewer than 200,000 persons in the United States is frequently referred to as a rare genetic disorder. More than 7,000 different diseases have so far been found, therefore they are not as uncommon as most people believe. 300 million people, or 4% of the world's population, suffer from a rare disease.

Gene changes that are essentially present in every cell in the body cause many genetic disorders. These disorders consequently frequently impact multiple bodily systems, and the majority cannot be treated.

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