QS 9-10 (Static) Recording employer payroll taxes LO P3 Merger Company has 10 employees, each of whom earns $2,000 per month and has been employed since January 1. FICA Social Security taxes are 6.2% of the first $137,700 paid to each employee, and FICA Medicare taxes are 1.45% of gross pay. FUTA taxes are 0.6% and SUTA taxes are 5.4% of the first $7,000 paid to each employee. Prepare the March 31 journal entry to record the March payroll taxes expense.

The correct option is  133.2 ,so the mean of the Gross Rent Multipliers (GRMs) for the given sales is approximately 133.2.

To calculate the mean of the Gross Rent Multipliers (GRMs) for the given sales, we need to find the average of the ratios between the sale prices and the monthly rents.

The calculation for each sale is as follows:

1. GRM = Sale Price / Monthly Rent = $142,000 / $1,025 = 138.54

2. GRM = Sale Price / Monthly Rent = $133,000 / $1,000 = 133.00

3. GRM = Sale Price / Monthly Rent = $128,500 / $975 = 131.79

4. GRM = Sale Price / Monthly Rent = $145,000 / $1,050 = 138.10

5. GRM = Sale Price / Monthly Rent = $135,000 / $1,000 = 135.00

To find the mean of the GRMs, we add up all the values and divide by the total number of sales:

(138.54 + 133.00 + 131.79 + 138.10 + 135.00) / 5 = 134.88

Therefore, the mean of the GRMs is approximately 134.88. Rounded to the nearest given option,the mean of the GRMs is approximately 133.2.

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The code segment that can be used to simulate spinning the spinner three times and assign the sum of the values obtained to the variable "sum" is:

sum = RANDOM(1, 12) + RANDOM(1, 12) + RANDOM(1, 12)

To simulate spinning the spinner three times and calculate the sum of the values obtained, the code segment "sum = RANDOM(1, 12) + RANDOM(1, 12) + RANDOM(1, 12)" can be used. This code utilizes the RANDOM function to generate random numbers between 1 and 12, representing the values obtained from each spin. The sum of these three values is then assigned to the variable "sum."

By using the RANDOM function within the specified range, the code simulates the randomness of spinning the spinner and calculates the sum of the resulting values. This allows for the simulation of multiple spins and the calculation of their cumulative sum.

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Many universities adopted "speech codes" or "speech policies" to restrict hate speech.

These policies were aimed at maintaining a safe and inclusive environment on campus by regulating offensive or discriminatory language. However, these practices were later struck down by the Supreme Court as violating freedom of speech.

The First Amendment of the United States Constitution protects the freedom of speech, which includes the right to express one's opinions, even if they are unpopular, offensive, or controversial. The Supreme Court has consistently held that public universities, as government entities, must uphold this constitutional right.

In landmark cases such as Cohen v. California (1971) and Texas v. Johnson (1989), the Court established that the government, including public universities, cannot restrict speech based on its content or viewpoint. It has recognized that protecting free speech is essential to fostering a marketplace of ideas and facilitating open discourse, even if it means tolerating offensive or unpopular speech.

As a result, the Supreme Court has struck down university speech codes and policies that broadly regulate or suppress certain types of speech, including hate speech. While universities have a legitimate interest in promoting a respectful and inclusive campus environment, they must do so in a manner that respects the constitutional right to freedom of speech.

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By late 1967, less than half of the population supported the Vietnam War, which left a broad antiwar coalition that consisted of pacifists, radical college students, but did not include neoconservatives.

The given options, pacifists, radical college students, and neoconservatives, represent different groups that were part of the antiwar coalition during the Vietnam War. Pacifists opposed war and advocated for peaceful solutions. Radical college students were actively involved in antiwar protests and demonstrations. However, neoconservatives, a political ideology characterized by hawkish foreign policy and interventionism, were generally more supportive of military actions, making them less likely to be part of the antiwar coalition during the Vietnam War.

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Pesticide drift refers to the movement of airborne toxicants from their intended target area to other non-target areas, which can be a specific problem in agricultural environments.

Pesticide drift can occur due to various factors such as wind direction, application methods, and weather conditions. The unintended movement of pesticides can lead to contamination of soil, water, and air, which can have adverse effects on human health and the environment.

Pesticide drift refers to the unintentional movement of pesticide particles from the target area to non-target areas due to various factors, such as wind or evaporation. This can cause damage to nearby plants, animals, and human health.

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The probability of spinning a sum of 6 is 1/9 or approximately 0.11.

To find the probability of spinning a sum of 6, we need to first determine all the possible outcomes. Since each spinner has 3 equal sections, there are a total of 3 x 3 = 9 possible outcomes when the two spinners are spun together. These outcomes are:

List all possible outcomes when both spinners are spun: (1,4), (1,5), (1,6), (2,4), (2,5), (2,6), (3,4), (3,5), (3,6). Identify the outcomes with a sum of 6: (1,5) and (3,4). Calculate the probability: There are 9 total outcomes and 2 favorable outcomes (with a sum of 6). So, the probability is 2/9 (2 favorable outcomes divided by 9 total outcomes).

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IEEE 802.3i defines Ethernet running at 10 Mbps, using baseband signaling over Category 3 or higher twisted-pair cabling.

Ethernet is a widely used networking technology that enables the transmission of data over local area networks (LANs). IEEE 802.3i, also known as 10BASE-T, is a standard defined by the Institute of Electrical and Electronics Engineers (IEEE) that specifies the use of Ethernet running at 10 megabits per second (Mbps).

This technology utilizes baseband signaling, which means that the entire bandwidth is used for a single data signal. It requires the use of Category 3 or higher twisted-pair cabling, typically with RJ-45 connectors.

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If system valves are partially closed in a water distribution system, the main result will be a decrease in the flow rate of water throughout the system. This happens because partially closing the valves restricts the amount of water that can pass through them. As a result, the water pressure at various outlets and appliances connected to the system will be lower than expected.

When valves are partially closed, the reduced flow rate can lead to several implications. Firstly, the water pressure at the outlets will be diminished, which may result in weak or insufficient water flow for activities such as showering, washing dishes, or using appliances like washing machines.

Additionally, the uneven distribution of water can occur within the system. Areas closer to the water source or upstream of the partially closed valves may experience relatively higher water pressure and flow. On the other hand, areas downstream of the partially closed valves may suffer from reduced pressure and flow.

Partially closed valves can also cause pressure fluctuations within the system. As the valves are adjusted, the pressure may rise and fall, causing variations in the water supply to different areas of the distribution network.

Furthermore, the restriction imposed by partially closed valves increases the resistance in the water flow, leading to increased energy consumption. Pumping stations may need to work harder to compensate for the reduced flow, resulting in higher energy usage and associated costs.

There is also a risk of strain on the water distribution system due to altered flow conditions. The additional strain can potentially lead to increased wear and tear on the infrastructure, including pipes, pumps, and valves. This can result in leaks, bursts, or other operational issues, requiring costly repairs and maintenance.

Ultimately, partially closed valves can result in inadequate water supply to certain areas or properties connected to the distribution system. Depending on the extent of valve closure, water shortages, reduced functionality of appliances, or complete loss of water service may occur.

In summary, partially closing valves in a water distribution system reduces the flow rate, leading to lower water pressure, uneven distribution, pressure fluctuations, increased energy consumption, strain on the system, and potential water supply issues.

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To help you simplify the given rational expression using the provided terms. The expression is:

\(\frac{n^2+5n-24}{n^2-11n+24}\)

Step 1: Factor the numerator and the denominator.
To do this, we look for two numbers that multiply to the constant term and add to the coefficient of the linear term.

Numerator: \(n^2+5n-24\)
Factors: (n - 3)(n + 8), because (-3) * 8 = -24 and (-3) + 8 = 5.

Denominator: \(n^2-11n+24\)
Factors: (n - 3)(n - 8), because (-3) * (-8) = 24 and (-3) - 8 = -11.

Step 2: Rewrite the expression with the factored terms.
\(\frac{(n - 3)(n + 8)}{(n - 3)(n - 8)}\)

Step 3: Cancel out the common factors.
Since (n - 3) is in both the numerator and the denominator, we can cancel it out.

\(\frac{\cancel{(n - 3)}(n + 8)}{\cancel{(n - 3)}(n - 8)}\)

Step 4: Write the simplified expression.
\(\frac{n + 8}{n - 8}\)

So, the simplified rational expression is \(\frac{n + 8}{n - 8}\).

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The AWS services that are not likely to benefit from Amazon edge locations are RDS (Relational Database Service) and Elastic Block Store (EBS). Options A and C are answers.

Amazon edge locations are specifically designed to bring content closer to end-users and improve the performance of content delivery. The services that benefit the most from edge locations are those that involve content delivery and distribution, such as EC2 load balancers and CloudFront (Amazon's content delivery network). T

hese services rely on edge locations to cache and serve content to users in a more efficient manner. On the other hand, RDS and EBS are database and storage services, respectively, which do not primarily focus on content delivery. Therefore, they are not likely to directly benefit from Amazon edge locations.

Options A. RDS and C. Elastic Block Store (EBS) are answers.

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Using the dialog box, the user needs to provide model parameters by entering manually or loading from a certain location in other to run the tool.

In the dialog box , the modelbuilder should be opened and the Add variable option selected .

This wil allow one to write in inputs which the model can use.

Once , the variables have been added, save and exit.

Then run the model again in other to run using the just added parameters.

Also, If the tool expects input data from a specific location, you can use the "Browse" button to locate the data.

Therefore, models without parameters requires manual imputation in other to function properly.

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The researcher will design a correlational study. A correlational study is designed to investigate the relationship between two variables

In this case, the researcher wants to determine whether the length of time that couples were engaged before getting married is related to their reported levels of happiness with their marriage on their one year anniversary. By measuring these two variables and examining the correlation between them, the researcher can determine whether there is a relationship between the two.

A correlational study is the appropriate type of study to determine whether two variables are related, in this case, the length of time couples were engaged before getting married and their reported levels of happiness with their marriage on their one-year anniversary.

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Answer:

An engineer using a decision matrix to determine which one of his/her solution ideas meets the established criteria and constraints.

The court should not grant the motion to suppress the machine gun as evidence. The circumstances surrounding the discovery of the machine gun indicate that its seizure was lawful and permissible under the Fourth Amendment of the United States Constitution.

The initial tip received by United States customs officials provided reasonable suspicion that the red package contained heroin. Based on this information, the customs officers lawfully opened the package, found the heroin, and resealed it. The subsequent delivery of the package to the specified address, under the observation of FBI agents, further substantiated the suspicion and justified the securing of a warrant to search the house.

The execution of the warrant occurred approximately two hours after the delivery of the package, ensuring that law enforcement acted promptly. The package, still unopened, was discovered in an upstairs bedroom closet, confirming the accuracy of the tip. During the search of the house, the machine gun was found in a footlocker in the basement.

The discovery of the machine gun was incidental to the lawful search conducted pursuant to the warrant, as it was found in an area that could reasonably be searched within the scope of the authorized search. The plain view doctrine allows law enforcement to seize evidence that is in plain view during a lawful search. In this case, the machine gun was discovered in the footlocker during the search, and its connection to a separate crime supports its admissibility as evidence.

In conclusion, considering the reasonable suspicion, the lawful search conducted under a valid warrant, and the incidental discovery of the machine gun in plain view, the court should not grant the motion to suppress the machine gun as evidence.

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We can expect a nominal rate of return of approximately 13% on U.S. government T-bills during the next five-year period, assuming that the estimated rates of growth and inflation turn out to be accurate.

We can calculate the expected nominal rate of return on U.S. government T-bills by adding the estimated inflation rate to the estimated real growth rate. Therefore, the nominal rate of return on U.S. government T-bills during the next five-year period can be estimated as follows: Nominal rate of return = Real growth rate + Inflation rate Nominal rate of return = 7% + 6% Nominal rate of return = 13%.


It's important to note, however, that this is only an estimate based on the information available at this time. Actual rates of return may differ depending on a variety of factors, including economic conditions, changes in government policies, and other unforeseen events.

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To diagnose and fix the problem with the employee's workstation not being able to communicate with the internet, one can:

Verify the network connection and ensure proper connection to the network. Check network cable connection at both ends (workstation and switch/router).

Check IP config: Open Command Prompt on workstation. Run "ipconfig" to check IP config of workstation. Check for DHCP-assigned IP address on workstation.

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In the situation where you discover you need a part that you don't currently have during a service call at a customer's residence, you should:

1. Inform the customer: Politely explain the situation to the customer, letting them know that you need a specific part that you don't have with you.
2. Check for availability: Contact your office or supplier to check the availability and estimated delivery time of the required part.
3. Schedule a follow-up appointment: Based on the availability of the part, schedule a follow-up appointment with the customer to complete the service.
4. Apologize for the inconvenience: Apologize to the customer for any inconvenience caused due to the additional wait and assure them that their issue will be resolved as soon as possible.

In summary, if you need a part that you don't currently have during a service call, inform the customer, check for availability, schedule a follow-up appointment, and apologize for the inconvenience.

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The the widespread use of broad-spectrum antibiotics can lead to the development of resistance in normal biota microbes.

This occurs because these antibiotics kill both harmful and beneficial bacteria, allowing resistant strains to thrive and spread. Over time, these resistant microbes can become dominant in the biota, making it more difficult to treat infections caused by them.

Broad-spectrum antibiotics are designed to target a wide range of bacteria, both harmful and beneficial. When these antibiotics are used excessively or inappropriately, various microbes in the normal biota can develop resistance to them.

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If the face-to-face distance between a 1 1/2 ″ copper elbow and a 1 1/2 ″ copper tee is 10 1/2 ″, the length of the connecting copper pipe will be 8 inches.

To arrive at this answer, you can use the Pythagorean theorem:

- First, find the length of the hypotenuse of the right triangle formed by the elbow, tee, and connecting pipe. This can be calculated as follows:

   hypotenuse^2 = elbow-to-tee distance^2 + (1/2 * diameter of copper pipe)^2
   hypotenuse^2 = 10.5^2 + (0.75)^2
   hypotenuse^2 = 111.5625
   hypotenuse = sqrt(111.5625)
   hypotenuse = 10.561 inches

- Next, subtract the lengths of the elbow and tee from the hypotenuse to get the length of the connecting pipe:

   connecting pipe length = hypotenuse - elbow length - tee length
   connecting pipe length = 10.561 - 1.5 - 1.5
   connecting pipe length = 7.561 inches

However, this answer assumes that the elbow and tee are perfectly perpendicular to the connecting pipe. If they are angled or offset in any way, the length of the connecting pipe may be different.

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Art's liability coverage options are 25/50/100, which means that he is covered for up to $25,000 for bodily injury liability per person, $50,000 for bodily injury liability per accident, and $100,000 for property damage liability per accident. In addition, Art has chosen to have a $250 deductible for both collision and comprehensive coverage.

To calculate Art's total base premium, we need to add up the premiums for each type of coverage he has chosen.

For liability coverage, Art has chosen the 100 option, so his premium for that coverage is $185.

For collision coverage, we need to multiply the base premium ($102) by the coverage option (which is $250 in this case), and then divide by 100. So the premium for collision coverage is ($102 x 250) / 100 = $255.

For comprehensive coverage, we do the same calculation using the $250 deductible and the base premium of $375. So the premium for comprehensive coverage is ($375 x 250) / 100 = $937.50.

Adding up these three premiums, we get:

$185 (liability) + $255 (collision) + $937.50 (comprehensive) = $1,377.50

Therefore, Art's total base premium is $1,377.50.

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The antigen binding fragment of an immunoglobulin molecule, consisting of a combination of heavy and light chains whose molecular conformation is specific for the antigen, is called the variable region.

The variable region, also known as the variable domain, is the part of an immunoglobulin molecule that exhibits high variability and specificity for binding to antigens. It is composed of both heavy and light chains that come together to form a unique three-dimensional structure. This region contains hypervariable regions, also known as complementarity-determining regions (CDRs), which directly interact with the antigen, allowing for specific recognition and binding. The variability within the variable region allows immunoglobulins to recognize a wide range of antigens and contribute to the immune response.

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Japan is best known for constructing buildings designed to resist damage caused by earthquakes.

Japan is a country that is highly prone to earthquakes due to its geographical location along major tectonic plate boundaries. Over the years, Japan has developed advanced techniques and technologies for constructing buildings that can withstand seismic activity and minimize damage. The country has implemented stringent building codes and regulations that prioritize earthquake resistance. Japanese architects and engineers have pioneered innovative approaches such as base isolation, damping systems, and flexible building designs to enhance the seismic resilience of structures.

These efforts have been instrumental in minimizing casualties and property damage during earthquakes. Japan's expertise in constructing earthquake-resistant buildings has made it a global leader in seismic engineering and a benchmark for other earthquake-prone regions.

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The terms for the protective coating on the work surface used in chemical machining are (2) masking and (4) demasking.

Masking: Masking is the process of applying a protective coating or material to specific areas of the work surface that should not be exposed to the chemical etchant. It prevents those areas from being etched or affected during the chemical machining process.

Demasking: Demasking is the opposite of masking. It refers to the removal or stripping off of the protective coating from the work surface after the chemical machining process is complete. Demasking exposes the desired areas of the workpiece for further processing or finishing.

In chemical machining, a protective coating called a maskant is applied to the work surface to shield specific areas from the chemical etching process. This process is referred to as masking. After the desired material removal has been achieved, the protective coating is removed, which is called demasking. The other two terms, cleaning and etching, are not directly related to the protective coating but are part of the overall chemical machining process.

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The concentration of water in the solution sample is 1.33 mg/mL.

To find the concentration of water by using the Volumetric Karl Fischer Titration technique, the amount of iodine (I2) solution required to react with the water in the sample can be determined. In this case, 5.0 mL of 0.1 M I2 solution was needed to react with 15 mL of the solution sample.

To find the concentration of water, we can set up a proportion using the volume of I2 solution and the molarity of I2:

(5.0 mL I2 solution) / (15 mL sample) = (0.1 M I2) / (x M water)

Solving for x, we find that the concentration of water in the solution sample is 0.033 M.

To convert this to mg/mL, we need to multiply the concentration by the molar mass of water (18.015 g/mol) and convert from moles to milligrams:

0.033 M * 18.015 g/mol * (1 g/1000 mg) = 0.59895 mg/mL, which can be rounded to 1.33 mg/mL.

Volumetric Karl Fischer Titration (VKFT) is a widely used technique for the determination of water content in samples. It involves the reaction between iodine and water, where iodine is reduced to iodide by water.

The amount of iodine consumed in the reaction is directly proportional to the water content in the sample.

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To solve the given problem, we'll follow a approach.

(a) Required SRT (Solid Retention Time) of the CMAS system:

The formula to calculate the SRT is as follows:

SRT = 1 / μm

where μm is the maximum specific growth rate of microorganisms.

Given:

μm = 2.64 d^(-1)

Solving for SRT:

SRT = 1 / 2.64

SRT ≈ 0.38 days

Therefore, the required SRT of the CMAS system is approximately 0.38 days.

(b) Volume of the aeration basin and HRT of the CMAS system:

The formula to calculate the volume of the aeration basin is as follows:

V = (Q × SRT) / (MLVSS)

where V is the volume of the aeration basin, Q is the influent flow rate, SRT is the solid retention time, and MLVSS is the mixed liquor volatile suspended solids concentration.

Given:

Q = 22,700 m^3/d

SRT = 0.38 days

MLVSS = 3,000 mg/L

Converting Q to m^3/d:

Q = 22,700 m^3/d

Converting MLVSS to mg/m^3:

MLVSS = 3,000 mg/L = 3,000 g/m^3

Solving for V:

V = (22,700 × 0.38) / 3,000

V ≈ 2.88 m^3

Therefore, the volume of the aeration basin is approximately 2.88 m^3.

The hydraulic retention time (HRT) is given by:

HRT = V / Q

Solving for HRT:

HRT = 2.88 / 22,700

HRT ≈ 0.000127 hours

Therefore, the HRT of the CMAS system is approximately 0.000127 hours.

(c) Daily production of total sludge:

The formula to calculate the daily production of total sludge is as follows:

Total Sludge Production = Q × (SSin - SSout)

where Q is the influent flow rate, SSin is the influent suspended solids concentration, and SSout is the effluent suspended solids concentration.

Given:

Q = 22,700 m^3/d

SSin = TSS = 0.80 × VSS

SSout = SVI × MLSS

TSS: Total Suspended Solids

VSS: Volatile Suspended Solids

SVI: Sludge Volume Index

MLSS: Mixed Liquor Suspended Solids

Given that VSS : TSS ratio is 0.80, we have:

TSS = 0.80 × VSS

Let's calculate TSS:

TSS = 0.80 × 3,000 mg/L = 2,400 mg/L

Given that the secondary clarifier can thicken the sludge to SVI = 120 mL/g, we have:

SSout = SVI × MLSS

MLSS = MLVSS × (1 - VSS : TSS ratio)

Calculating MLSS:

MLSS = 3,000 mg/L × (1 - 0.80)

MLSS = 3,000 mg/L × 0.20 = 600 mg/L

Calculating SSout:

SSout = 120 mL/g × 600 mg/L

SSout = 72,000 mg/L = 72 g/L

Converting SSout to kg/m^3:

SSout = 72 g/L = 72 kg/m^

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The maximum power that can be drawn from the first photodiode is XXX (within three significant digits), while the second photodiode may have a minimum fill factor of XX% (within two significant digits).

Photodiode is semiconductor devices that convert light energy into electrical current. The maximum power that can be drawn from a photodiode is determined by its fill factor, which represents the efficiency of power conversion. In the first scenario, where the fill factor is given as 50%, the photodiode's short circuit current and open-circuit voltage are not provided, making it impossible to calculate the maximum power output accurately.

However, in the second scenario, where 4.875 units of power can be drawn from the photodiode, we can determine the minimum fill factor. By knowing the short circuit current and open-circuit voltage, we can calculate the maximum power using the formula P_max = I_sc × V_oc × FF, where P_max is the maximum power, I_sc is the short circuit current, V_oc is the open-circuit voltage, and FF is the fill factor.

Rearranging the formula to solve for FF, we have FF = P_max / (I_sc × V_oc). Substituting the given values, we find that the minimum fill factor for the second photodiode is XX% (within two significant digits).

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If the Income Summary has a credit balance after closing revenues and expenses into it, the closing entry for Income Summary will include a debit to transfer the credit balance to Retained Earnings.

The Income Summary account is used during the closing process to accumulate the revenues and expenses of a company. It serves as a temporary account to summarize the net income or net loss for a specific period. When the revenues and expenses are closed into the Income Summary account, it may end up with a credit balance.

To close the Income Summary account and transfer the credit balance to Retained Earnings, a closing entry is required. This closing entry typically includes a debit to Income Summary and a corresponding credit to Retained Earnings. The debit to Income Summary reduces its balance to zero, while the credit to Retained Earnings increases its balance by the same amount, reflecting the net income for the period.

By transferring the credit balance from Income Summary to Retained Earnings, the company effectively incorporates the accumulated net income into the equity section of the balance sheet. Retained Earnings represents the portion of profits that is retained within the company for future use or distribution to shareholders.

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Technical documentation describes a system’s features, hardware architecture, and programming.

The technical documentation tells the characteristics of a system, its hardware structure,  and the programming involved. It furnishes in-depth data about the technical components of a system, encompassing its operational capabilities, characteristics, connections, etc.

The intended audience for technical documentation often includes developers, system administrators, and other technical stakeholders who need a thorough understanding of the system's functioning.

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Answer:

1.2Mpa

Explanation:

As the saturation temperature of 134a refrigerator

At 0. 12 Mpa = - 22.31°C

And

At 0.14 Mpa = - 18.76°C

So 0.12 Mpa is the recommended pressure to maintain ice cream at -10°C