what types of traits are most likely to get passed on

Answer:

The Bloods gang was formed initially to compete against the influence of the Crips in Los Angeles.

Explanation:

I hope this helps! :)

Answer: It is (D) Skin

Explanation: Skin can absorb materials, it also protects our body, it also regulates our body temp.

The plasma membrane, also known as the cell membrane, is the membrane found in all cells that separates the cell's interior from its surroundings.

A cell wall is attached to the plasma membrane on the outside of bacterial and plant cells. Most plasma membranes are approximately 50% lipid and 50% protein by weight, with glycolipids and glycoproteins accounting for 5 to 10% of the membrane mass.

The plasma membrane shields the cell from its surroundings, facilitates cellular transport, and transmits cellular signals. The plasma membrane structure is described by the fluid mosaic model as a mosaic of phospholipids, cholesterol, proteins, and carbohydrates.

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The chyme enters the first part of the small intestine, the duodenum, which is located in the upper right quadrant of the abdomen. From there it moves to jejunum, then to ileum. After ileum the chyme goes to large intestine and finally the feces is excreted through anus.

The path of chyme from the duodenum to the anus, and later feces, involves the following steps:

1. Chyme enters the small intestine from the stomach through the pyloric sphincter. The small intestine consists of three sections: duodenum, jejunum, and ileum.

2. In the duodenum, chyme is mixed with bile from the liver and gallbladder, and pancreatic juices from the pancreas. These help break down the fats, proteins, and carbohydrates present in the chyme.

3. The chyme then moves to the jejunum, where the majority of nutrient absorption occurs. The walls of the jejunum contain finger-like projections called villi, which increase the surface area for nutrient absorption.

4. The remaining chyme continues to the ileum, where the absorption of vitamins and minerals takes place. The ileocecal valve separates the small intestine from the large intestine.

5. The chyme then enters the large intestine, which consists of the cecum, colon, rectum, and anus. The colon is further divided into four parts: ascending, transverse, descending, and sigmoid colon.

6. In the large intestine, water and electrolytes are absorbed, turning the chyme into feces. The colon also contains beneficial bacteria that help in breaking down any remaining food particles and produce vitamins like vitamin K.

7. The feces move through the different parts of the colon, where they are stored until they are ready to be eliminated from the body.

8. The feces then enter the rectum, which acts as a temporary storage site before being eliminated through the anus during a bowel movement.

In summary, chyme moves from the duodenum to the anus through the small intestine (duodenum, jejunum, and ileum) and the large intestine (cecum, colon, rectum). Along this path, nutrients are absorbed, and the chyme is transformed into feces, which are eventually eliminated from the body.

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Answer:

true

Explanation:

Answer:

true

Explanation:

Answer:

Patient 2has type B+ blood

A drug label reads 0.1 g in 2 mL. A measure of 2.6 mL must be prepared for a 130 mg dosage.

Determining the dosage of a medication:

To prepare a 130 mg dosage of this medication, you need to calculate the appropriate strength or potency of the medication.

The label states that 0.1 g (or 100 mg) is contained in 2 mL of the medication. Therefore, we can use this information to find the strength of the medication in mg/mL by dividing 100 mg by 2 mL, which gives us 50 mg/mL.

To prepare a 130 mg dosage, we need to determine the volume of medication that contains this amount of the active ingredient. We can use a proportion to solve for the volume:
100 mg / 2 mL = 130 mg / x mL

Solving for x, we get:
x = (130 mg)(2 mL) / 100 mg = 2.6 mL

Therefore, to prepare a 130 mg dosage of this medication, you would need to measure out 2.6 mL of the medication.

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Chromosomes become visible during the prophase of mitosis.

In the field of biology, mitosis can be described as the process by which all the autosomal cells of a body divide. Two daughter cells that exactly similar to the parent cells are formed as a result of mitosis.

The stage of mitosis where the chromosomes start to become visible is the prophase.

It is during the prophase that all of the chromatin material for a cell that has to undergo cell division starts to become condense so that it can be visible.  The condensation occurs because the chromosomes become loosely packed.

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Bacterium Nocardia is an aerobic, gram-positive, acid-fast branching filament; Bacterium Bacteroides is anaerobic and not acid-fast stainable. Mnemonic.

Nocardiain is a genus of aerobic, gram-positive bacteria that are commonly found in soil and other environmental sources. The genus was first described in 1987 and contains more than 80 species.

One of the most well-known species in the Nocardiain genus is Nocardiain cyriacigeorgica, which is frequently isolated from clinical specimens and has been associated with a range of infections, including catheter-related bloodstream infections, endocarditis, and osteomyelitis. Nocardiain species are known for their ability to produce a variety of secondary metabolites, including antibiotics, antifungals, and antitumor agents. For example, Nocardiain sp. strain K-252a produces the antitumor agent staurosporine, which has shown promise in the treatment of various types of cancer.

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Answer:

A. They include a set number of steps to follow in order

Explanation:

The majority of mutations have neither negative nor positive effects on the organism in which they occur. These mutations are called neutral mutations. Examples include silent point mutations. They are neutral because they do not change the amino acids in the proteins they encode.

Many other mutations have no effect on the organism because they are repaired beforeprotein synthesis occurs. Cells have multiple repair mechanisms to fix mutations in DNA. One way DNA can be repaired is illustrated in Figure below. If a cell’s DNA is permanently damaged and cannot be repaired, the cell is likely to be prevented from dividing.

The first step in risk assessment for a protocol involving biohazards, the creation of a formal written risk assessment, should be performed by the Principal Investigator.

The Principal Investigator initiates the risk assessment process by completing a written risk assessment that considers all aspects associated with the pathogen or biohazard, the proposed procedures and the risks involved with them, and evaluation of the personnel who will be performing the work (their experience, comfort, health or susceptibility, their safety record and other factors).

This instrument allows care for professionals who are exposed to biological material with risk, such as seroconversion (HIV, HBV and HCV), establishing conduct of initial care, guidance and follow-up of injured workers, use of chemoprophylaxis and case notification.

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The three options with the highest percentage of calories from carbohydrates are Jam, Table sugar, and Dried fruit.

The three items that contain the highest percentage of calories from carbohydrates are:

Jam: Jam is made mostly of sugar and fruit, which are both high in carbohydrates. It contains about 100% carbohydrates, with no protein or fat.

Table sugar: Table sugar is 100% carbohydrate, with no protein or fat.

Dried fruit: Dried fruit is high in natural sugar and carbohydrates, with about 75-90% of its calories coming from carbohydrates.

The other items on the list, such as legumes, fish, and fat-free milk, also contain carbohydrates but in lower amounts compared to the three items mentioned above.

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True. The second segment of a composite tolerance specification is not required to include datum feature references.

The second segment specifies the allowable variation in the size, location, or orientation of the features of the part being measured.

This segment is often used to define a position tolerance zone in which the feature or features must fall. However, it does not necessarily require the use of datum features.

Datum features are typically used in the first segment of a composite tolerance specification, which defines the primary datum and the reference axis or plane from which all other features are measured.

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To answer this question, we need to know the mode of inheritance of freckles, as well as the genotype of the parents.

Freckles are generally considered a dominant trait, meaning that only one copy of the "freckles" gene (let's symbolize it as "F") is needed to express the trait. The absence of freckles is a recessive trait, symbolized as "f".

In this case, we know that the man does not have freckles, meaning he must have the genotype "ff" (since "f" is recessive, he must have two copies to not have freckles).

The woman does have freckles, but without more information, we don't know if she is "FF" (homozygous dominant) or "Ff" (heterozygous). If she were "ff", she wouldn't have freckles, so we can rule that out.

Here are the possible outcomes:

1) If the woman is "FF", then all their children will have freckles, because they will either inherit "Ff" (and have freckles) or "Ff" (and still have freckles). So the probability of a child without freckles would be 0%.

2) If the woman is "Ff", then there is a 50% chance that a child will inherit the "f" from the mother and the "f" from the father, resulting in "ff", or no freckles.

Without knowing the woman's exact genotype, we can't give a definitive probability. However, assuming that both possibilities for the woman's genotype ("FF" and "Ff") are equally likely, the average probability that a child will not have freckles is 25% (averaging 0% and 50%).

Please note that these percentages are probabilistic and don't guarantee the outcome for any specific child. Additionally, freckles are likely influenced by multiple genes and environmental factors, so this is a simplified explanation.

Answer:

humans are adapted to a wide range of environments, and genetic variation leads to phenotypic variation

Explanation:

It has been shown that the average genetic variation between human individuals is about 0.1% (i.e., one base pair out of every 1,0000 are different between any two individuals). This value seems low, but it is huge when we consider that the current estimate for the world population is 7,800,000,000 people. The phenotype is the result of the interaction between genotype and environment. Genetic variation is the raw material that enables some individuals to adapt to different environments. As species, humans have a high genetic diversity in order to develop a wide range of phenotypes well adapted to different environmental conditions.

Explanation:

The deletion of two base pairs in the myostatin gene in bully whippets results in a frameshift mutation. This means that the reading frame of the mRNA is shifted, causing all subsequent codons to be read incorrectly. The mutation changes an mRNA codon in the middle of the myostatin mRNA from UGU to UGA, which is a stop codon.

UGU normally codes for the amino acid cysteine, but UGA does not code for any amino acid. Instead, it signals the end of the protein chain. Therefore, the mutation results in premature termination of the myostatin protein synthesis.

The resulting protein will be truncated and incomplete, lacking the C-terminal portion of the myostatin protein. This deletion is likely to affect the function of the myostatin protein, which is a negative regulator of muscle growth. As a result, bully whippets have increased muscle mass and strength compared to other whippet breeds.

Answer:

The genetic code is a set of rules that dictates the correspondence between the nucleotide sequence in DNA or mRNA and the amino acid sequence in proteins. Each codon in the mRNA specifies a specific amino acid, and the reading of the codons occurs in sets of three.

In this case, the deletion of two base pairs in the myostatin gene changes an mRNA codon from UGU to UGA. The codon UGU encodes for the amino acid cysteine, while UGA is a stop codon that signals the end of translation. Therefore, the mutation results in a premature termination of translation, leading to the production of a truncated protein that lacks a portion of the myostatin protein's normal sequence.

Since myostatin is a negative regulator of muscle growth, the mutation in the bully whippets leads to a loss of function of the myostatin protein, resulting in increased muscle mass and the "bully" phenotype observed in these dogs.

Answer:

A

Explanation:

Both the flower and birds are benefitting, while when a eagle hunts a rabbit, how's the rabbit going to benefit? It's in the eagle's belly... Hyenas eating the food that the cheetahs left? How's the cheetah benefitting?

Answer:

Women can be carriers of the color blind gene and pass the mutation down the family line. If only the father is color blind, there is a 100% chance that his daughters will carry the gene, but they will not be color blind themselves. His sons will neither carry the gene nor be color blind.

Explanation:

Answer: Women can be carriers of the color blind gene and pass the mutation down the family line. If only the father is color blind, there is a 100% chance that his daughters will carry the gene, but they will not be color blind themselves.

I hope i helped and can i pwease have brainliest if it is ok with u?=33

Answer:

Hail.

Precipitation is also known as rainfall and it is important as a way of balancing and regulating the earths atmospheric conditions. Precipitation could involve rainfall, snow or hail.

Hail is usually accompanied by a storm which produces precipitation in the form of ice particles. This happens when the dew point is below freezing which results in the formation of ice crystals.

Answer:

These can occur when electricity ignites explosive gases in the air, such as pure oxygen, methane, or natural gas;Explosions

Explanation:

No explanation really needed hence the fact it says when electricity ignites explosive gases in the air.

Have a nice day^^

Hyperinsulinism produces an excessive uptake of glucose by the liver (hypoglycemia). It also leads to an interruption in amino acid and fatty acid catabolism.

Hyperinsulin is a condition associated with the excessive production of insulin, a key hormone in glucose metabolism.

The main effect of hyperinsulinism is an excessive uptake of glucose by the liver, which is associated with hypoglycemia.

Hyperinsulin can also produce a chronic interruption in the amino acid and fatty acid metabolism (catabolism).

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Answer:

Explanation:

Krista bought 35 feet of ribbon at the store. The ribbon cost $2 per linear

foot. The sales tax was 8%. If Krista paid with a $100.00 bill, how much

change should she have received? *

Step-by-step explanation:

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Step-by-step explanation:

Answer:

Krista bought 35 feet of ribbon at the store. The ribbon cost $2 per linear

foot. The sales tax was 8%. If Krista paid with a $100.00 bill, how much

change should she have received? *

Step-by-step explanation:

Answer:

C. in regions rich in resources we need to survive (ex. fertile land, water)

Explanation:

Answer:

think of the 10 one on your own :)

Explanation:

you have to be

risktaker

have innovative ideas

have an idea or a vision

stong leadership qualities

multi-skilled

good at networking

self-motivated

determined result driven

sympathetic towards other

Answer:

Both

Explanation:

Nature is a unexpected thing but with nurture you can also get it by nurturing your self or someone badly

If we have a homeostatic imbalance of excessive loss of Na+ in extracellular fluids, Aldosterone hormone will help restore that balance.

Aldosterone is a cortical adrenal steroid hormone. By retaining sodium inside and releasing potassium from the body, it aids in controlling the kidney's water and salt balance. A buildup of fluid in human tissues and elevated blood pressure are two effects of having too much aldosterone. A particular class of mineralocorticoid hormone is aldosterone.

The main job of aldosterone is to assist in controlling blood pressure. There are several ways that aldosterone supports this crucial function:

1) The hormone aldosterone instructs specific organs, such as the kidneys and colon, to release more potassium or salt into the bloodstream.

2) Your body retains water in your blood due to aldosterone's effect on sodium rise, which raises blood volume.

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