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zhannawk [14.2K]
3 years ago
9

Which of the following statements regarding explicit memory is FALSE? Select one: a. Explicit memory is often tested by recall t

esting or by a standard recognition test. b. Explicit memory is typically revealed as a priming effect. c. Explicit memory is usually revealed by specifically asking someone to remember the past. d. Explicit memory is usually assessed by direct, rather than indirect, testing.
Social Studies
1 answer:
irakobra [83]3 years ago
4 0

Answer:b.Explicit memory is typically revealed as a priming effect

Explanation:

Explicit Memory :

This is a type of memory which you have to consciously retrieve it. The part of memory which we unconsciously recall without much effort is called implicit memory.

It takes an effort to study and recall what you have studied that is part of explicit memory however some information are easy to remember like hearing your favourite song in such that you may unconsciously find your self remembering it in the midst of nowhere humming along that is implicit memory

Explicit Memory

When we have to work hard to retrieve what we need to remember like a definition of a word or a some theories in your science class that is all explicit memory.

Types of Explicit Memory

Episodic memory: these are long term memories based of particular events for example your wedding day.

Semantic memory: these are baswd on factual information such as general knowledge

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Which of the following is an example of chemical weathering?
aliya0001 [1]

Answer:

The correct answer to the question: Which of the following is an example of chemical weathering, would be, C: Oxygen reacting with the minerals in rocks.

Explanation:

Chemical weathering, especially in rocks, is defined as the changes that rocks suffer as they come in contact with water and its chemical components, that through reactions, alter the formation of these rocks. There are several ways in which the contact between water and rocks causes this weathering, one of which is called hydrolysis, which is, the way in which the water and rock minerals combine together to change the structure of rocks, like is the case of  feldspar. Another one is when oxygen combines with the minerals of the rocks, to cause oxidation, which leads to rocks accumulating rust, becoming weakened so they easily break, and acquiring a redish-brown color. This is why the answer is C.

5 0
3 years ago
describe an item that would help this geologist make better observations about the rocks while in the field?​
faltersainse [42]

Answer:

"They use several different methods.  

1. Dating the things found with the fossil.  

2. Checking what kind of fossils are in the same layer of sediment. (index fossils)  

3. Checking changes to the atoms in the rock.  

Here is some information from a good web site:  

Paleontologists use many ways of dating individual fossils in geologic time.  

* The oldest method is stratigraphy, studying how deeply a fossil is buried. Dinosaur fossils are usually found in sedimentary rock. Sedimentary rock layers or strata are formed episodically as earth is deposited horizontally over time. Newer layers are formed on top of older layers, pressurizing them into rocks. Paleontologists can estimate the amount of time that has passed since the stratum containing the fossil was formed. Generally, deeper rocks and fossils are older than those found above them.  

* Observations of the fluctuations of the Earth's magnetic field, which leaves different magnetic fields in rocks from different geological eras.  

* Dating a fossil in terms of approximately how many years old it is can be possible using radioisotope- dating of igneous rocks found near the fossil. Unstable radioactive isotopes of elements, such as Uranium-235, decay at constant, known rates over time (its half-life,which is over 700 million years). An accurate estimate of the rock's age can be determined by examining the ratios of the remaining radioactive element and its daughters. For example, when lava cools, it has no lead content but it does contain some radioactive Uranium (U-235).  

Over time, the unstable radioactive Uranium decays into its daughter, Lead-207, at a constant, known rate (its half-life). By comparing the relative proportion of Uranium-235 and Lead-207, the age of the igneous rock can be determined. Potassium-40 (which decays to argon-40) is also used to date fossils.  

The half-life of carbon-14 is 5,568 years. That means that half of the C-14 decays (into nitrogen-14) in 5,568 years. Half of the remaining C-14 decays in the next 5,568 years, etc. This is too short a half-life to date dinosaurs; C-14 dating is useful for dating items up to about 50,000 - 60,000 years ago (useful for dating organisms like Neanderthal man and ice age animals).  

Radioisotope dating cannot be used directly on fossils since they don't contain the unstable radioactive isotopes used in the dating process. To determine a fossil's age, igneous layers (volcanic rock) beneath the fossil (predating the fossil) and above it (representing a time after the dinosaur's existence) are dated, resulting in a time-range for the dinosaur's life. Thus, dinosaurs are dated with respect to volcanic eruptions.  

* Looking for index fossils - Certain common fossils are important in determining ancient biological history. These fossil are widely distributed around the Earth but limited in time span. Examples of index fossils include brachiopods (which appeared in the Cambrian period), trilobites (which probably originated in the pre-Cambrian or early Paleozoic and are common throughout the Paleozoic layer - about half of Paleozoic fossils are trilobites), ammonites (from the Triassic and Jurassic periods, and went extinct during the K-T extinction), many nanofossils (microscopic fossils from various eras which are widely distributed, abundant, and time- specific), etc. "

The Information came from a deleted account one Brainly.

6 0
3 years ago
Will mark brainliset
GalinKa [24]
1. Read reviews

2. Do your research

3. Ask people who work at the stores or a friend which products they like
5 0
3 years ago
Each time we experience a change in status (such as becoming a college student or getting married), we learn a new set of rules,
Zigmanuir [339]

Answer:

Anticipatory socialization.

Explanation:

<u>Anticipatory socialization</u> is a sociological term that refers to a process by which knowledge and skills are learned for future roles. During the process of anticipatory socialization, a set of new rules, roles, relationships, values and ideas are adopted by the people who aspire to join their new social group. Adopting these even before the change of status helps ease the transition to the new role or social environment.

7 0
3 years ago
What do you think is the advantage and disadvantage of repaying installment debt over a long period of time?
GalinKa [24]

Explanation:

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Low Monthly Payments

The monthly payments on long-term financing are usually low. If you borrow $100,000 to buy a house at a 5 percent fixed interest rate with a 30-year repayment period, your monthly payment of principal and interest is $536.82. These small monthly installments improve your ability to budget effectively for other monthly expenses, including utilities, groceries, clothes and kids' needs.

Interest Benefits

Interest rates on long-term building or asset loans are usually low when you secure the loan with the asset. The low cost of borrowing adds justification to the financial benefits of repaying the debt in small installments over time. A home equity loan with a 10 to 15 year repayment period typically offers a better interest rate than credit cards or personal loans with shorter repayment periods. Additionally, the interest on mortgages and home equity financing is usually tax deductible. According to "Kiplinger" many homeowners are actually better off taking a 30-year mortgage at a slightly higher interest rate than a 15 to 20 mortgage largely because of the tax deductions.

5 0
3 years ago
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