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Part D
The lineage of pea plants produced round seeds for four generations. The plants that fertilized these pea plants also
produced round seeds. However, in the fifth generation, the plant produced to two plants with wrinkled seeds. Can that
be possible? Explain your answer using your pedigree chart.

Answer:

We can determine the genotype of the plant by observing the phenotypes of the offsprings resulting from test cross.

Explanation:

Hope this helps!!!

Answer:

We can determine the genotype of the plant by observing the phenotypes of the offsprings resulting from the test cross.

Explanation:

Hope this helps:):):)

Answer: smaller / higher

Explanation:

Answer:

There are lots like the

Explanation:

brain cells, ,Stem cells. Stem cells are cells that are yet to choose what they are going to become. ...

Bone cells. There are at least three primary types of bone cell:

Blood cells. There are three major types of blood cell:

Muscle cells. ...

.

Fat cells. ...

Nerve cells.

Explanation:

The stimulus–response model is a characterization of a statistical unit. The model allows the prediction of a quantitative response to a quantitative stimulus, for example one administered by a researcher.☺️☺️☺️

an act of responding. 2 : something constituting a reply or a reaction: such as. a : a verse, phrase, or word sung or said by the people or choir after or in reply to the officiant in a liturgical service.☺️☺️☺️follow me

An invasive species is an organism that causes ecological or economic harm in a new environment where it is not native. Invasive species are capable of causing extinctions of native plants and animals, reducing biodiversity, competing with native organisms for limited resources, and altering habitats.

Answer:

Referring to the octet rule, atoms attempt to get a noble gas electron configuration, which is eight valence electrons. Sodium has one valence electron, so giving it up would result in the same electron configuration as neon. Chlorine has seven valence electrons, so if it takes one it will have eight (an octet).

it wants to give up an electron?

Explanation:

if this helped could i have a brainlist

Answer:

What you do here is take 2000 divide it by 100 and that will give you what amount used is the percentage is used

Explanation:

62.3% of joules was used, That is all i will help you on

Answer: A (I got it right)

In addition to how much force Earth exerts on the object, which features of an object affect its weight?

mass and location of the object

shape and location of the object

location of the object and how much energy the object has

mass of the object and how much energy the object has

Explanation:

Answer: A

Explanation:

hope this helps!

Answer:

Nearness to a large body of water

Explanation:

Nearness to a large body of water is primarily responsible for location A having a lower average yearly temperature than location B. Hence, option A is correct.

The horizontal distribution of temperatures refers to how the Earth's surface's temperatures are distributed throughout latitude. Isotherms display the horizontal distribution of temperature on Earth. Isotherms are line intersections where the temperatures are the same. Analysis of the isotherm map reveals that the temperature is unevenly distributed along its horizontal axis.

The troposphere's temperature drops as you ascend in height, although the rate at which it drops varies depending on the season.

Elevation, latitude, prevailing winds, ocean currents, and distance from the sea are some factors that affect the temperature of an area.

Learn more about temperature distribution, here:

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Answer:

Answer:

try moving the circles into the empty ones displaying the damage

Explanation:

beats me i'm just trying to help

the answer to this is you have to show how sound waves get propagated from the cymbal to the ear.

when cymbal is hit(doesn't matter the force used to hit it) the energy dissipates and creates circular waves just like when a stone hits a pond.

A. I recommend drawing the cymbal dissipating circular wave from the energy of the hit.

B. as the circular wave propagates it creates compression and rarefactions. as sound wave reaches the air it displaces the air particle and if it happens to to several nearby air particles it creates compressions( lines that look like ||||) where there's high pressure a typical restoring force will cause the particle to move back to their original positiin creating low pressure region(| | |).

I think that's what you should draw.

C. when sound is received it comes with the compressions and rarefactions (||||| | | | ||||) which are high pressure and low pressure respectively. As high pressure reaches the eardrum it pushes it inwards and as the low pressure comes it pushes the eardrum outwards causing it to vibrate setting a vibrational motion. since the eardrum is attached to the bones of the middle ear, as the bones begin to vibrate then the sound wave-pressure wave-mechanical vibrations in the bones.

the vibrations are then transmitted to the fluid in the inner ear where they are converted to electric impulses and transmitted to the brain to be interpreted.

if the sound waves come more frequently then the eardrum vibrates more frequently and it can be interpreted as high pitch sound and if the intensity of the sound wave is high it is characterized by air particles with high amplitude and produce a forceful vibration in the eardrum and the brain will perceive it to be a high sound.

that's all I got hope it helps

Answer:

Cannot be answered. There is no diagram.

Answer:

Artificial selection is  process in which humans select the traits in animals and plants and use animal breeding or plant breeding to produce the animal or plants with desired traits.

Different dog breeds is very good example of artificial selection because with the help of artificial selection humans can  drastically alter the appearance of dogs. With artificial selection human can develop Great Dane from the tiny Chihuahua.

Answer:

When humans breed animals for a specific trait.

Explanation:

Ap Ex

Answer:

1.) Humans: Bilateral symmetry

2.)sponges: asymmetry

3.) starfish: radial symmetry

4.) monkey: Bilateral symmetry

5.) baboons: Bilateral symmetry

6.) flatworms: Bilateral symmetry

7.) Birds: Bilateral symmetry

8.)fishes: Bilateral symmetry

Explanation:

The divisions and subdivisions of the kingdom Animalia is based on several important features which includes the body symmetry.

Body symmetry is defined as balanced division of body parts in an orderly manner. There are three main types of body symmetry these includes:

--> Asymmetry

--> Bilateral and

--> Radial symmetry

Asymmetrical body division involves animals that when divided, doesn't show any identical features. That is one side doesn't match the other side.. Atypical example is seen in phylum porifera, the sponges. They are simple aquatic invertebrates that lack specialised tissues.

BILATERAL SYMMETRY: This is where the body of animals can be cut along its axis in only one plane to give two identical halves, the right and the left side. The terms anterior, posterior, ventral, and dorsal are used to describe a bilateral symmetrical animal. The evolution of bilateral symmetry allow body parts to become specialised seen in most advanced animals.

RADIAL SYMMETRY: this involves animals where the body can be cut along its axis in any plane to give two identical halves. This is an ideal body symmetry for immobile organisms such as starfish and hydra.

Label each organism with its symmetry:

It represents Regularity or a pattern in the arrangements of body parts of an organism. Each organism can be classified by three types of body plan symmetry:

Learn more about the classification of symmetry:

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Answer:

3.unsorted sand and rock

my answer, but I'm sorry if I'm wrong

Answer:

It  important for humans to have a variety of specialized cells as specialized cells allow different types of tissues to exist in organs which in turn allow various organs to perform different functions in the human body.

Explanation:

It is important for humans to have a variety of specialized cells as specialized cells allow different types of tissues to exist in organs which in turn allow various organs to perform different functions in the human body.

The organ is similar to a factory where every type of cell performs different functions.

The process of Cell specialization is also known as cell differentiation.

Explanation:

the molecules in water is more tightly packed than ice, so water has greater density than ice as water freezes it expands. so ice has more volume ( it takes up more space, but has less density) than water.

Answer:

A gene codes for a particular protein that is involved in the expression of a trait. Characteristics determined by single genes are called Mendelian traits.

Explanation:

Answer:

The journey from gene to protein is complex and tightly controlled within each cell. It consists of two major steps: transcription and translation. Together, transcription and translation are known as gene expression.

Explanation:

Answer:

34 percent will be thymine since the amount of thymine corresponds with the amount of adenine.

Answer:

23 chromosomes

Explanation:

In humans, gametes are haploid cells that contain 23 chromosomes, each of which a one of a chromosome pair that exists in diplod cells. The number of chromosomes in a single set is represented as n, which is also called the haploid number. In humans, n = 23.

Answer:

23 chromosomes

Explanation:

In humans, gametes are haploid cells that contain 23 chromosomes, each of which a one of a chromosome pair that exists in diplod cells. The number of chromosomes in a single set is represented as n, which is also called the haploid number. In humans, n = 23.

Answer:

Daytime is when you can see the sun from where you are, and its light and heat can reach you. Nighttime is when the sun is on the other side of the Earth from you, and its light and heat don't get to you. ... It takes 24 hours for the world to turn all the way around, and we call this a day.

Explanation:

Hope this helps!

Answer:

B. Glacier

Explanation:

Sea breezes, land breezes, mountain breezes, and valley breezes are all types of local winds. Glacier are NOT related

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Hope this help :)

Answer:

The delivery of the paternal genome to the egg is a primary goal of fertilization. In preparation for this step, the nucleus of the developing spermatozoon undergoes extensive morphological and biochemical transformations during spermatogenesis to yield a tightly compacted sperm nucleus. These modifications are essentially reversed during fertilization. As a result, the incorporated sperm nucleus undergoes many steps in the egg cytoplasm as it develops into a male pronucleus. The sperm nucleus (1) loses its nuclear envelope, (2) undergoes nucleoprotein remodeling, (3) decondenses and increases in size, (4) becomes more spherical, (5) acquires a new nuclear envelope, and (6) becomes functionally competent to synthesize DNA and RNA. These changes are coordinate with meiotic processing of the maternal chromatin, and often result in behaviors asynchronous with the maternal chromatin. For example, in eggs fertilized during meiosis, the sperm nucleus decondenses while the maternal chromatin remains condensed. A model is presented that suggests some reasons why this puzzling behavior exists. Defects in any of the processes attending male pronuclear development often result in infertility. New assisted reproductive technologies have been developed that ensure delivery of the sperm nucleus to the egg cytoplasm so that a healthy embryo is produced. An emerging challenge is to further characterize the molecular mechanisms that control sperm nuclear transformations and link these to causes of human infertility. Further understanding of this basic process promises to revolutionize our understanding of the mystery of the beginning of new life.

Explanation:

The delivery of the paternal genome to the egg is a primary goal of fertilization. In preparation for this step, the nucleus of the developing spermatozoon undergoes extensive morphological and biochemical transformations during spermatogenesis to yield a tightly compacted sperm nucleus. These modifications are essentially reversed during fertilization. As a result, the incorporated sperm nucleus undergoes many steps in the egg cytoplasm as it develops into a male pronucleus.

Answer:

Has uracil instead of thymin as one of its nitrogenous bases

Answer:

Examples of the monomers are glucose, vinyl chloride, amino acids, and ethylene. Every monomer can link up to form a variety of polymers in different ways. For example, in glucose, glycosidic bonds that bind sugar monomers to form polymers such as glycogen, starch, and cellulose

Explanation:

Answer:

Nucleotide

Explanation: