A researcher gives participants a list of words referring to concrete objects (e.g., car, apple, box). She tells the first group of participants to form a vivid mental image of each object. She tells the second group to think of a story using all the words from the list. Both groups then completed a memory test. What concept is the researcher most likely testing with the first group of participants?

a. Semantic encoding
b. Visual encoding
c. Acoustic encoding
d. Simultaneous encoding

Answers

Answer 1
I believe the correct answer is B. visual encoding.
The definition of visual encoding is as follows: "the process of storing new information by converting it into mental images." This researcher asked the participants to form vivid mental images of those certain items, so I would say B is the correct answer.
Answer 2

Answer: the answer would be B visual encoding

Explanation:


Related Questions

What is one distinguishing feature of each of the four major divisions?

Answers

The Mesozoic Era began 252.2 million years ago, following the conclusion of the Paleozoic Era, and ended 66 million years ago, at the dawn of the Cenozoic Era.

The branch of science which deals with the study of gradual change of species is called evolution.

The correct answer is species.

These are the eras in which the major species which dominates the land and the earth were reptiles.

During those eras, the reptiles are the common link.

Hence, the correct answer is reptiles.

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Separation of the chromatids at the end of metaphase leads into the next phase, which is: select one:
a. interphase.
b. postmetaphase.
c. prophase.
d. anaphase.
e. telophase.

Answers

E. Telophase 

(Chromatids actually separate in anaphase, but I'm assuming that "at the end of metaphase" means anaphase.) 

Which of these travels the fastest?sound in air , rocket in space light in vacuum microwaves in glass

Answers

Light in a vacuum


I hope that helps :)
I think it would be light in a vacuum because you can usually see something happen before you hear it. example being lightening and thunder, you see the lightening before you hear the thunder.  

Why have PCBs been so hard to clean up in Puget Sound and connected rivers?

Answers

One of the reasons PCB's have been hard to clean up from the puget sound is because they stay in the food chain. Once something is inside an animal it becomes much harder to remove from the environment than if it was just in water.

Looking into a microscope, you notice cells swimming, propelled by a long tail. what cell structure must these cells have in order to be mobile: ribosomes cytoplasm flagella peroxisomes smooth er

Answers

The correct option is FLAGELLA.
Flagella is designed primarily for locomotion, although it used additionally as a sensory organelle in some cells been sensitive to chemicals in and out of the cells. Flagella allow cells to move from one point to another. The flagella acts as a propeller which the organism uses to move itself from one location to another while rotating either in a clockwise or an anticlockwise direction.

Blood enters the pulmonary vein with close to ____________ of the binding sites for oxygen saturated.

Answers

The answer is at one hundred percent percentage-- this is the percentage of which the blood enters the pulmonary veins of the individual in to having it to be binded in certain cites in ways for oxygen to be saturated and to be carried out in different parts of the body.

Lastly, darwin noticed that islands species are ____________ related to species on nearby islands compared to the mainland.

Answers

closely.  These species were nearly the same due to the proximity and uniqueness of their respective islands.  Hope this helps!!!

Answer:

descent with modification

Explanation:

Which is not an age-related change that alters the integument? which is not an age-related change that alters the integument? reduction in dermal blood supply increased activity of merocrine sweat glands decreased epidermal production of vitamin d3 decrease in the number of dendritic cells?

Answers

Increased activity of merocrine sweat glands

Merocrine refers to the exocrine glands (or cells) whose secretions are excreted outside of the cell from the secretory cells, then into an epithelial-walled duct(s), and finally onto the surface of the body. Merocrine secretions from the sweat glands are specifically called eccrine. 

Sweat glands are structures of the skin that produce sweat in order to cool the body upon evaporation of the sweat. As a person grows older, his sweat glands become less active. This could impair perspiration or sweating, and increases the risks of overheating in the elderly. 

What is a decongestant primary action in opening nasal passages?

Answers

A decongestants primary action is to reduce inflammation or irritation of the nasal cavity. By reducing the inflammation, the nasal passage will be able to drain the fluid that has been building pressure in the nasal cavity. This will reduce pressure on the nasal cavity, and allow the patient to breathe more easily.
Final answer:

A decongestant like phenylephrine functions by binding to the adrenergic receptors in the bronchioles of the lungs and stimulating dilation. This process helps clear mucus accumulated in the respiratory tract, effectively opening the nasal passages and alleviating congestion.

Explanation:

A decongestant's primary action in opening nasal passages revolves around its effect on the adrenergic receptors in the bronchioles of the lungs. For instance, phenylephrine, a common component of decongestants and a sympathomimetic drug, acts as an α₁-adrenergic agonist. This means it binds to specific adrenergic receptors, stimulating a physiological response.

Upon binding to these receptors, phenylephrine causes the bronchioles to dilate or widen. The widening of the bronchioles allows for the clearing of accumulated mucus in the lower respiratory tract, thereby reducing nasal congestion. This mechanism is typically active in drugs like Tylenol Sinus or Excedrin Sinus where phenylephrine is paired with other pharmaceuticals like analgesics.

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In artificial selection, humans provide the selective pressure for species to change and shape the evolution of various breeds. what provides the selective pressure in natural selection?

Answers

The environment provides the selective pressure in natural selection. Artificial Selection  is a type of choice in which people effectively pick which characteristics ought to be passed onto posterity. People have utilized particular rearing some time before Darwin's Postulates and the disclosure of hereditary qualities. It is the rearing of plants and creatures to deliver attractive qualities. Living beings with the coveted characteristics, for example, size or taste, are misleadingly mated or cross-pollinated with creatures with comparable wanted attributes.

The selective pressure comes from a) the environment.

In artificial selection, humans provide the selective pressure for species to change and shape the evolution of various breeds.

The environment includes all the natural factors that influence an organism's survival and reproduction. These factors could be:

Predators - For example, animals that can avoid being eaten by predators are more likely to survive and reproduce.

Food Availability - Organisms that are more efficient at finding or using food sources have a better chance of thriving.

Climate - Organisms that can tolerate extreme temperatures or other climate-related factors will do better in their habitats.

Mating Preferences - Traits that are found attractive by potential mates can also become more common over generations.

These environmental pressures ensure that individuals with advantageous traits are more likely to survive and reproduce. Over many generations, these advantageous traits become more common within the population, leading to evolution. This process is gradual and happens naturally without human intervention.

How does the integumentary system help make movement possible?

Answers

The integumentary system helps making movement possible by stretching the skin and acts as a barrier for the inside of your body. 



The theory of ___ was proposed to explain the possible origin of chloroplasts and mitochondria. evolution endosymbiosis endocytosis cells

Answers

The correct answer is endosymbiosis.

Answer: Endosymbiosis

Explanation:

During the 1980s a theory was proposed to explain the origin of chloroplast and mitochondria from the permanent resident prokaryotes.

according to this theory, large prokaryotes engulfed smaller prokaryotes, instead of digesting the smaller one both entered into a type of relationship known as mutualism where both organism were benefited.

The larger prokaryotes gained more energy which provided protomitochondrion and excessive sugar lead to the formation of chloroplast.

Yoko ono often utilizes to complete her atrworks suchas wish tree

Answers

the answer is poetic instructions 

A health care professional's attitude is determined by his or her:

Answers

by her Studies/knowledge

According to ppaca, what is a health benefits exchange?

Answers

According to PPACA, a health benefits exchange is basically a place where people go so they can sign up and pick from options for medical coverage. It is a marketplace where other companies battle each other for consumers.
Final answer:

A health benefits exchange is a marketplace established by states where individuals without health insurance and businesses that do not provide it for their employees can shop for different insurance plans. These exchanges were created to increase competition in insurance markets and lower policy prices.

Explanation:

A health benefits exchange, according to the PPACA (the Patient Protection and Affordable Care Act), is a marketplace established by states where individuals without health insurance and businesses that do not provide it for their employees can shop for different insurance plans. These exchanges were created to increase competition in insurance markets and lower policy prices. The goal of these exchanges is to improve competition in the market for health insurance by allowing individuals and businesses to compare and choose from a variety of insurance options.

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When might an increase in biodiversity lead to a decrease in the stability of an ecosystem?

Answers

 if the biodiversity keeps on increasing and surpasses the carrying capacity, the stability of the ecosystem will be lost. This will be due to replenishing resources, increasing competition, difficulty in survival and less availability of food. Therefore, a balance should always be maintained in the biodiversity as well optimal climate for stabilizing an ecosystem.

Hopes this helps :)

The nursing supervisor assigns a nurse to care for five clients in the intensive care unit (icu). the nurse notes that all the clients in the icu are at a risk of developing serious complications at any time. what course of action should the nurse take to handle the situation

Answers

 The first thing the nurse should do to handle the situation is to inform the supervisor of the possible risks, look up the clinical histories of each one, so the supervisor can call the specialists and the intensivist of the intensive care unit, then, if necessary, attend the doctors in the medical maneuvers that will perform to the clients for their stabilization.

If a plant cell contains more solutes than its surrounding environment, what will happen?

Answers

The cell will incorporate solvent - water. When a plant cell contains more solutes than its surrounding environment it means that it is in a hypertonic state, the osmotic gradient will increase and the water will tend to enter the cell augmenting the turgor pressure inside the cell wall. Ultimately, it will cause water to enter the plant and reach the cell.

Which does the autonomic nervous system most directly control?

Answers

Final answer:

The autonomic nervous system controls the body's unconscious actions, split between the 'fight or flight' sympathetic system and the 'rest and digest' parasympathetic system.

Explanation:

The autonomic nervous system primarily controls the body's unconscious actions. These are the mechanisms in the body that we don't actively think about but are vital for survival. The autonomic nervous system is divided into two main groups: the sympathetic and parasympathetic systems. The sympathetic system prepares the body for 'fight or flight' situations, increasing heart rate and blood flow to muscles, for example. In contrast, the parasympathetic system promotes 'rest and digest' activities, slowing the heart rate and promoting digestion.

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Final answer:

The autonomic nervous system directly controls internal organs, smooth muscles, and glands. It operates outside of conscious control and is divided into the sympathetic and parasympathetic nervous systems, which work together to maintain balance, or homeostasis, in the body.

Explanation:

The autonomic nervous system most directly controls the internal organs, such as the lungs and heart, as well as smooth muscle, and exocrine and endocrine glands. It operates largely without conscious control, continuously monitoring conditions and implementing changes as necessary. The autonomic nervous system is divided into two subsystems that often have opposite effects: the sympathetic nervous system and the parasympathetic nervous system.

The sympathetic nervous system prepares the body for stress-related activities while the parasympathetic system returns the body to normal, routine operations. These two divisions work in tandem to maintain the body's homeostasis.

For instance, the heart receives connections from both the sympathetic and parasympathetic divisions. One causes the heart rate to increase (sympathetic), whereas the other causes the heart rate to decrease (parasympathetic). This dual influence helps maintain a balance in heart function.

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Which term is described as the amount of matter in an object?

Answers

Mass is the amount of matter in an object.

What is the latitude and longitude (to the nearest degree) of the following cities? a. Kansas City b. Philadelphia c. Reno d. Minneapolis

Answers

Latitude is the angular expanse of the north or south of the equator of the earth, while longitude is the angular distance of a place east or west of the meridian at Greenwich, England, or object. The latitude and longitude of the following cities are:

A.      Kansas City - 39.0997⁰ N, 94.5786⁰ W

B.      Philadelphia – 39.9526⁰ N, 75.1652⁰ W

C.      Reno – 39.5296⁰ N, 119.8138⁰ W

D.      Minneapolis – 44.9778⁰ N, 93.2650⁰ W

The latitude and longitude (to the nearest degree) of the following cities are: Kansas City – 39.0997⁰ N, 94.5786⁰ W, Philadelphia – 39.9526⁰ N, 75.1652⁰ W, Reno – 39.5296⁰ N, 119.8138⁰ W, and Minneapolis – 44.9778⁰ N, 93.2650⁰ W.

A spherical or geodetic coordinate system known as the geographic coordinate system is used to measure and transmit positions on Earth as latitude and longitude.

In spatial reference systems, the most basic, traditional, and often utilized. It also serves as the foundation for the majority of other systems.

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"which type of neuron carries messages within the central nervous system (cns):"

Answers

There is three types of neurons occur. Sensory neurons typically have a long denfrite and short axon, and carry messages from sensory repeptprs to the central nervous system. Motor neurons have a long axon and short dendrites and teansmit messages from the central nervous system to the muscles.

Which microscope did Anton van Leeuwenhoek use to observe single-celled organisms? simple microscope compound light microscope electron microscope tunneling microscope

Answers

your answer would be A

Answer: Simple microscope

Anton van Leeuwenhoek in 1679 developed a simple microscope. He observed first living single celled organism under microscope. He observed pond water, soil-water mixture, a drop of hay infusion under microscope and found single celled living organisms like protozoa, bacteria.

A nurse hired to work in a metropolitan hospital provides services for a culturally diverse population. one of the nurses on the unit says it is the nurses' responsibility to discourage "these people" from bringing all that "home medicine stuff" to their family members. which response by the recently hired nurse is most appropriate?

Answers

The answer is Nontraditional approaches to healthcare can be beneficial."

Some nontraditional therapies can be effective to some people.  A healthcare professional should be knowledgeable about other cultures and beliefs.
Some practices may bring comfort to the patient and may be beneficial even if it's not a traditional therapy. Just because someone believes in something different doesn't necessary means it's wrong.

Why are there different normal values for hemoglobin levels and rbc count in males and females?

Answers

Women's mean hemoglobin levels are about 12% less than the mean hemoglobin levels of men. This sex-related difference is observed in many species of animals, such as birds and reptiles. It's believed this difference exists in humans between males and females because men have larger bones, which means they would have more blood cells producing bone marrow. Additionally, men's kidneys have a larger diameter than women's kidneys, which would lead to increased red blood cell production.
Final answer:

Differences in normal values for hemoglobin and red blood cell counts in males and females are due to physiological differences between the genders. These differences can lead to conditions like anemia, when these levels are deficient, or polycythemia, when there's an overproduction of red blood cells.

Explanation:

Hemoglobin levels and red blood cell counts have different normal values in males and females due to physiological differences between genders. Hemoglobin is a molecule present in erythrocytes (red blood cells) that carries oxygen, and a deficiency in its number or in the number of RBCs can result in a condition called anemia.

The volume of erythrocytes (also known as the packed cell volume or PCV) tends to differ in males and females. In normal conditions, erythrocytes make up about 45 percent of a blood sample. For females, hematocrit ranges from 37 to 47 percent and for males, hematocrit ranges from 42 to 52 percent. The gender-dependent difference in these hematocrit values accounts for the different normal values for RBC counts and hemoglobin levels in males and females.

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______ tissue is part of rigid body structures, such as bone and cartilage.

Answers

The answer for this is Connective

A) State what type of cells each cell division type produces.Mitosis and Meiosis


B) State if the cells before each type of cell division are haploid or diploid. Mitosis and Meiosis



C) State if the cells after each type of cell division are haploid or diploid. Mitosis and Meiosis

Answers

Mitosis produces two daughter cells that are genetically identical to each other, and to the parental cell. A diploid cell starts with 2N chromosomes and 2X DNA content. After DNA replication, the cells is still genetically diploid (2N chromosome number), but has 4X DNA content because each chromosome has replicated its DNA. Each chromosome now consists of a joined pair of identical sister chromatids. During mitosis the sister chromatids separate and go to opposite ends of the dividing cell. Mitosis ends with 2 identical cells, each with 2N chromosomes and 2X DNA content. All eukaryotic cells replicate via mitosis, except germline cells that undergo meiosis (see below) to produce gametes (eggs and sperm).

What's the connection between codon and specific amino acids?

Answers

A codon is a sequence of three DNA or RNA nucleotides that corresponds with a specific amino acid or stop signal during protein synthesis.

Amino acids play central roles both as building blocks of proteins and as intermediates in metabolism.

The genetic code is traditionally represented as an RNA codon table because, when proteins are made in a cell by ribosomes, it is mRNA that directs protein synthesis. The mRNA sequence is determined by the sequence of genomic DNA. With the rise of computational biology and genomics, most genes are now discovered at the DNA level, so a DNA codon table is becoming increasingly useful

Identify in general what do all elements in the same family have in common

Answers

The elements in each group have the same number of electrons in the outer orbital. Those outer electrons are also called valence electrons. They are the electrons involved in chemical bonds with other elements. Every element in the first column (group one) has one electron in its outer shell.

The cytoplasmic continuum connecting neighboring cells is called the _____.

Answers

the cytoplasmic continuum connecting neighboring cells is called the symplast.

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