Which factor is the strongest internal influence on one’s feelings and behavior regarding drugs?
personal feelings
the behavior of friends
the behavior of admired celebrities
environmental and family stresses
Answer:
personal feelings
Explanation:
personal feelings
The factor is the strongest internal influence on one’s feelings and behavior regarding drugs is personal feelings.
What does it mean to be influenced internally?Since they come from you, internal factors are ones that you can influence. Your thoughts and emotions affect internal factors. These might be advantageous or harmful. Positive thoughts will help you make decisions while negative ones will likely hinder you.
Internal factors include aspirations, preferences, moral standards, and perceptions of societal norms. Community members, family, cultural practices, friends, the media, and technology are examples of external influences.
Primary emotions are those that cannot be reduced to more fundamental feelings but can be combined to create other emotions. These include fear, wrath, humiliation, contempt, disgust, guilt, discomfort, interest, surprise, and joy.
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PLEASE HELP I WILL MARK BRAINLIEST
You fiend shines a flashight on a stuffed animal, the light cannot pass through the stufed animal therefore it is blocked and forms a large shadow
on the wall where the light is blocked. This happens because the stuffed animal is considered to be a
material.
O ATranslucent
O B) Opaque
OCTransparent
O D)Reflectve
Answer:
It is Opaque. :)
Explanation:
Answer:
D)Reflective
Explanation:
Plz Help. Number 22.
Answer:
D, controlled by earths gravity
Explanation:
much of the pollution in the environment is a result of
A.the use of landfills
B.Inadequate waste disposal
C.The use of too much water
D. Newer Pollution control devices used at factories
Answer:
I may be wrong but try A.
6. Ross was riding his bike down a hill, and he ran straight into a mailbox. Identify
The statement that most closely describes Ross' motion immediately following
his collision with the mailbox.
A. He is thrown forward over the handlebars.
B. He is thrown backward off the bike.
C. He is thrown sideways off the bike.
D. He is thrown upward into the air.
Answer:
A. He is thrown forward over the handlebars.
Explanation:
lol inertia
Answer:
a
Explanation:
he is thrown forward over the handlebars
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I-cell wall
III-chloroplast
IV-vacuole
three structures specific to the plant cell
**EMERGENCY IN TEST RN** How did the offspring end up with traits that are different from the traits of their parents?
Answer:
the inherited recessive genes. recessive genes could lay dormnant for generations before showing themselves
Can somebody help me ?
Answer: D
Explanation: Because when you look at the chart every arrow points to fungi and bacteria
Which change would be considered a short-term environmental change? Check all that apply. an ice age an El Niño storm a small asteroid impact a tsunami mountain building
Answer:
i think b, c, and d
Explanation:
An ice age an El Niño storm is considerd to be short term enviornmental change.
What is short term change?Short-term thinking and long-term implications conflict when it comes to climate change, which affects both corporations and governments. Assessing the risks and taking action before failure has permanent economic and environmental repercussions are necessary in order to meet the challenge of climate change.
Short-term thinking and long-term implications conflict when it comes to climate change, which affects both corporations and governments. Assessing the risks and taking action before the failure-related economic and environmental consequences become irreversible are both necessary in order to meet the challenge of climate change.
Therefore, An ice age an El Niño storm is considerd to be short term enviornmental change.
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The primary reason that osteoporosis accelerates after menopause in women is: * 2 points A. Increased osteoblast activity. B. Reduced levels of vitamin C. C. Diminished osteoclast activity. D. Reduced levels of circulating estrogens.
Answer:
The correct answer is D. Reduced levels of circulating estrogens.
Explanation:
Estrogens prevent the loss of calcium and ensure its proper mineralization, thus preventing the bones from becoming brittle, maintaining the consistency of the skeleton and preventing osteoporosis. Osteoporosis is a skeletal disease in which there is a decrease in bone mass density. Thus, the bones become more porous, the number and size of the cavities or cells that exist inside them increases, they are more fragile, they resist shocks worse and they break more easily. Menopause is the definitive cessation of ovarian function that, externally, results in the disappearance of the menses and usually occurs around 50 years (the interval goes from 45 to 55 years). It is the gradual loss of calcium in the bones, which accelerates in the first years of menopause due to estrogen deficiency. At the beginning of the disease, there are no symptoms and, as it progresses, there is a tendency to suffer fractures, which leads to a decrease in height.
The clay is replaced with a "bouncy" ball tossed with the same speed. The bouncy ball rebounds from the wooden block at a speed of 10 m/s. What effect does this have on the wooden block. Why?
HELP PLZ ! Which nitrogen base sequence is the partner of T-C-A-G-C-A?
A-C-G-A-C-T
C-A-G-A-T-G
A-G-T-C-G-T
T-C-A-G-C-A
Answer:
A-G-T-C-G-T
Explanation:
Please mark brainliest :)
Answer:
A-G-T-C-G-T
Explanation:
What are the factors that affect the climate
Answer:
They are:
Distance from equator
altitude and slope
distance from sea
Answer:
Explanation:
many factors affect the climate example:
1. human need of lumber
2. wild fires
3. fossil fuels
4. farming livestock
Which model(s) demonstrate(s) how genetic diversity can occur during meiosis?
Question 9 options:
Model B only because it is showing crossing over, which is the primary way genetic variation occurs during meiosis.
Both model A and B. Model A shows nondisjunction, which is an error during meiosis that causes genetic variation. Model B shows crossing over, which occurs regularly during meiosis and causes genetic variation.
Model A only because it is showing nondisjunction, which is the primary way genetic variation occurs during meiosis.
Both model A and B. Model A shows crossing over, which is an error during meiosis that causes genetic variation. Model B shows nondisjunction, which occurs regularly during meiosis and causes genetic variation
Answer:
Both model A and B. Model A shows nondisjunction, which is an error during meiosis that causes genetic variation. Model B shows crossing over, which occurs regularly during meiosis and causes genetic variation.
Explanation:
TRust me! i knoww it
Both model A and B. Model A shows nondisjunction, which is an error during meiosis that causes genetic variation. Model B shows crossing over, which occurs regularly during meiosis and causes genetic variation.
What is genetic diversity?Genetic diversity refers to the variation in genes and inherited traits that exists within and among populations of organisms. This variation arises due to a number of factors, including mutations, genetic recombination, and genetic drift. Genetic diversity is an important aspect of biological diversity, as it can allow populations to adapt to changing environmental conditions and may enhance their overall fitness and survival.
Genetic diversity can occur at different levels, ranging from variation within individuals (such as somatic mutations) to variation among populations of the same or different species. It is important to maintain genetic diversity within populations and across species in order to preserve the overall health and viability of ecosystems.
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what would happen to the concentrations of pyruvate, NADH and intermembrane H* if the Krebs Cycle stopped working
Answer:
pyruvate - increase
NADH and intermembrane H* - decrease
Explanation:
What is the primary role of carbohydrates?
to catalyze reactions
to build proteins
to fuel cells
to build strength
Answer:
To fuel cells
Explanation:
The main role of carbohydrates is to power cells as a quick energy source.
Carbohydrates such as glucose are very important to power cells, such as when they are used in cellular respiration to create ATP energy.
Some carbohydrates also store energy for the cells for future needs.
So, the correct answer is to fuel cells.
Answer:
To fuel cells
Explanation:
15. A person with an infection begins to feel hot and feverish. This response MOST likely helps the body fight infection by -
Answer:
Elevated body temperature helps certain types of immune cells to work better.
Explanation:
!!I NEED HELP!!
What is a benefit to utilizing fusion reactions instead of fission reactions?
A)Fusion reactions do not require any kind of radiation shielding to prevent exposure.
B)Fusion reactions do not produce harmful radiation and transuranium nuclides.
C)Fusion reactions can proceed in any temperature range.
D)Fusion reactions are easier to control and regulate.
Answer:
B)Fusion reactions do not produce harmful radiation and transuranium nuclides.
Explanation:
___________
The benefit of utilizing fusion reactions instead of fission reactions is that the fusion reaction does not produce harmful radiation and transuranium nuclides. Thus, the correct option for this question is B.
What is meant by Fusion?Fusion may be defined as a type of process that significantly involves the combination of two or more atoms or molecules in order to form one larger molecule. This type of reaction normally occurred in nature as compared to fission.
The process of fission involves the disintegration of numerous smaller molecules or atoms from a larger one. This creates a lot of long-lived radioactive substances in nature that are harmful to live organisms. These types of reactions are not favored by nature.
Therefore, fusion reactions do not produce harmful radiation and transuranium nuclides are the benefit of utilizing fusion reactions instead of fission reactions. Thus, the correct option for this question is B.
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Asi todas las células son muy pequeñas. ¿Qué limitaciones físicas y metabólicas determinan el tamaño celular? ¿ A qué problemas se enfrentaría una célula enorme? ¿Qué adaptaciones ayudarían a una célula muy grande a sobrevivir?
Answer:
- Limitación física: la relación superficie volumen es baja para un intercambio eficiente de sustancias con el medio
- Limitación metabólica: en principio no existen limitaciones metabólicas
Explanation:
La membrana celular es una estructura fundamental para el funcionamiento celular, ya que de la membrana celular depende el intercambio de nutrientes y desechos por parte de la célula con su entorno (medio extracelular). En células muy grandes la relación entre la superficie cubierta por la membrana y el volumen celular es muy baja, lo cual dificulta el intercambio de compuestos (tanto nutrientes como desechos) con el medio extracelular. Por otro lado, los mecanismos metabólicos en principio no deberían verse afectados por el tamaño celular. Por ejemplo, los perfiles metabólicos de expresión génica son independientes del tamaño celular y están adaptados a diferentes tipos celulares, desde una célula huevo que es proporcionalmente varias veces más grande que un célula diferenciada la cual sin embargo no ha perdido la capacidad de dividirse, un ejemplo de esto son las células cancerosas derivadas de células epidérmicas diferenciadas las cuales poseen la capacidad de dividirse y de proliferar indiscriminadamente.
Enzymes affect chemical reactions in living cells by changing the
Answer:
Biological catalysts in the living organism .
Explanation:
In living organism, enzymes speed up the rate of chemical reaction by lowering the activation energy thereby bringing the reactants close to each other and weakened their chemical bonds which will enable the reactions to be faster.
Which factor is most important for determining the phase in which a substance exists?
A. its volume
B. its density
C. its temperature
D. its mass
Answer:
The answer is Mass
Thermophiles are the source of most of the world's natural gas true or false
Answer:
Tue
Explanation:
when a planetary object circles its star it does so in an ellipse. the length of the ellipse is defined as
a) shape
b) ellipticalness
c) eccentricity
d) distance
Answer:
the ellipse of eccentricity
A lot of points match the definition with the correct keyword
Answer:
1.3
2.4
3.2
4.5
5.1
Explanation:
Which can disrupt the cell cycle?
mutation
O GO phase
O replication
O cancer
Answer: Mutation
Explanation:
Got it right on Edge 2020
What type of weather will a warm front bring? *
cold
cool
breezy
warm
Answer:
warm or breezy.
Explanation:
PLEASE HELP ILL DO ANYTHING!!<333
Answer:
Both microbes 1 and 2
Explanation:
Which human activity contributes the MOST Carbon dioxide to the atmosphere?
A. Fishing
B. Breathing
C. Burning Fossil Fuels
D. i Farming
Answer:
C. Burning Fossil Fuels
Hope it helped :)
what type is cells is the dna stored in
Answer:
Cell Nucleus
Explanation:
Answer:
the nucleus is where the DNA is stored
Even though mitosis and meiosis produce cells for different purposes, there are similarities between the two processes. Which statement most accurately states how the two types of cell division are alike?
Group of answer choices
The daughter cells produced by both processes are haploid.
Homologous chromosomes cross over during the first prophase stage in both processes.
DNA replicates before mitotic prophase and prophase II.
Sister chromatids separate during anaphase II and mitotic anaphase.
Answer:
The daughter cells produced by both processes are haploid
Explanation:
The statement 'sister chromatids separate during anaphase II and mitotic anaphase' most accurately states how the two types of cell division are alike.
The sister chromatids are identical copies that form during the DNA replication of a chromosome.Sister chromatids separate during Anaphase in mitosis to form two daughter cells.Conversely, during meiosis, homologous chromosomes separate during Anaphase I, while sister chromatids separate during Anaphase II to form four haploid cells.In conclusion, the statement 'sister chromatids separate during anaphase II and mitotic anaphase' most accurately states how the two types of cell division are alike.
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