When it comes to research goals, students should be able to explain how they are going to
O set them.
O decipher them
O meet them.
O research them
PLS BE QUICK!!​

Answer:

yah

what kinda questions is this

Answer: Water isn't wet by itself, but it makes other materials wet when it sticks to the surface.

Explanation:

Liquid water is not itself wet but can make other solid materials wet. Wetness is the ability of a liquid to adhere to the surface of a solid, so when we say that something is wet, we mean that the liquid is sticking to the surface of a material. Cohesive forces are also responsible for surface tension.

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Answer:

You need to link the question.

Explanation:

To do so, you can use "Snip & Sketch" to screenshot the question. Click the paperclip icon located at the bottom of the question screen, and choose the correct screenshot.

Answer:

Explanation:

Cancel the common factor.

प्रयास गर्नु is the answer you are looking for!

Answer:

C

Explanation:

Answer:

c is the answer

Explanation:

they want you to  to multiply the  sum of 7 and s

aka 3x(7+s)

It could be used for cutting wood.

The class with the greatest frequency is the class "15.2 - 19" with a frequency of 7. The class with the least frequency is the class "0 - 3.8" with a frequency of 2.

To construct a frequency distribution with 5 classes for the given data representing time spent reading a political blog in a day, we need to determine the class intervals and calculate the frequency, midpoint, relative frequency, and cumulative frequency.

First, we find the range of the data:

Range = Maximum value - Minimum value

Range = 19 - 0

Range = 19

To determine the class width, we divide the range by the desired number of classes:

Class width = Range / Number of classes

Class width = 19 / 5

Class width ≈ 3.8

Now, we can construct the frequency distribution table:

Class          Frequency   Midpoint   R. Frequency   C. Frequency

0 - 3.8           2              1.9                2/20 = 0.1           2

3.8 - 7.6        4              5.7                4/20 = 0.2           6

7.6 - 11.4      4              9.5                4/20 = 0.2           10

11.4 - 15.2    3              13.3              3/20 = 0.15         13

15.2 - 19       7              17.1              7/20 = 0.35         20

By organizing the data into classes and analyzing the frequencies, we can gain insights into the distribution of reading time and identify the most and least common time intervals spent on reading the political blog.

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Answer:

600

Explanation:

If the production possibility frontier is bowed out words, then the maximum number of tennis balls produced when 300 tennis rackets are produced is  2,400. The correct option is d.

Possibility refers to potential. A random event's occurrence is the subject of this area of mathematics. The range of the value is 0 to 1. Mathematics has included probability to foretell the likelihood of many events.

The production possibilities curve's descending slope implies scarcity. The production possibilities curve has a bowed-out shape as a result of resource allocation based on comparative advantage.

A decision like this suggests that the law of rising opportunity cost will apply.

Therefore, the correct option is d. 2,400.

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The question is incomplete. Your most probably complete question is given below:

4,000

4,400

3,600

2,400

Answer:Ancient Greece can feel strangely familiar. From the exploits of Achilles , about the Trojan War and Odysseus (the hero in Homer's The Odyssey), to the treatises of Aristotle, from the exacting measurements of the Parthenon (above) to the rhythmic chaos of the Laocoön (below), ancient Greek culture has shaped our world. Thanks largely to notable archaeological sites, well-known literary sources, and the impact of Hollywood (Clash of the Titans, for example), this civilization is embedded in our collective consciousness—prompting visions of epic battles, erudite philosophers, gleaming white temples.

sources- khan academy

Answer:false

Explanation:it’s all about experience

The longer the resume of a job applicant is, the better it is: B. False.

A resume is also referred to as curriculum vitae and it can be defined as a short document that is written to briefly outline the qualifications, abillities, experience and accomplishments of an individual such as a job applicant, haven completed and obtained an academic certificate.

This ultimately implies that, a long resume doesn't increase the chances of a an individual such as a job applicant, to gain an employment because the human resource manager might get bored while reading.

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Answer:

The celebration of the chinese new year, and more specifically, the festival known as Shogatsu.

Answer:

Number 3: The celebration of Japanese New Year.

Answer:

Explanation:

1×1×1–1×2= -1

2×2×2–2×2= 4

3×3×3–3×2=21

4×4×4–4×2= 56

5×5×5–5×2= 115

6×6×6–6×2= 204

7×7×7–7×2= 329

The Role of an Environmental Engineer in Building a Sustainable Future

Introduction:

Environmental engineers play a vital role in addressing human activities challenges on our planet. Their expertise lies in finding innovative solutions that balance development needs with environmental preservation and conservation. This essay explores the responsibilities and contributions of environmental engineers to creating a sustainable future for generations to come.

Understanding Environmental Engineering:

Environmental engineering is a multidisciplinary field that applies scientific and engineering principles to improve and protect the environment. It encompasses a wide range of areas, including water and wastewater management, air quality control, waste management, sustainable energy, and pollution prevention. Environmental engineers aim to minimize human activities' negative impacts on the environment while promoting sustainable practices.

Water Management:

Water is a precious resource, and environmental engineers play a critical role in its management. They design and implement systems for safe drinking water supply, wastewater treatment, and stormwater management. Environmental engineers develop innovative approaches to conserve water, promote water reuse, and reduce pollution in water bodies. By ensuring the availability of clean water resources, they contribute to public health and ecosystem preservation.

Air Quality Control:

Environmental engineers are at the forefront of tackling air pollution, a global concern affecting both human health and the environment. They design and implement technologies to reduce emissions from industrial processes, power plants, and vehicles. Environmental engineers also work on modeling and monitoring air quality, assessing its impact on human populations, and developing strategies to mitigate pollution. Their efforts contribute to improving air quality, reducing respiratory illnesses, and mitigating climate change.

Waste Management:

Effective waste management is crucial for minimizing pollution degradation and protecting public health. Environmental engineers develop innovative strategies to reduce, reuse, and recycle waste materials. They design landfill systems, implement waste-to-energy technologies, and devise efficient recycling programs. By promoting sustainable waste management practices, environmental engineers help conserve resources, reduce greenhouse gas emissions, and minimize landfill burden.

Sustainable Energy:

As the world transitions towards a low-carbon future, environmental engineers play a vital role in promoting sustainable energy solutions. They work on developing and implementing renewable energy technologies such as solar, wind, hydro, and geothermal power. Environmental engineers also contribute to energy efficiency initiatives, designing green buildings, and optimizing energy systems. Their efforts help reduce dependence on fossil fuels, combat climate change, and foster a cleaner and more sustainable energy future.

Pollution Prevention:

Preventing pollution at its source is a key principle in environmental engineering. Environmental engineers develop strategies to minimize pollution from industrial processes, agricultural practices, and transportation. They assess the environment's risks, conduct impact assessments, and recommend control measures to industries and government agencies. Through their work, they aim to protect ecosystems, conserve biodiversity, and create a healthier environment for all living beings.

Conclusion:

Environmental engineers are essential agents of change in building a sustainable future. Their work encompasses a wide array of disciplines and requires a deep understanding of biological processes, engineering principles, and innovative technologies. By designing and implementing sustainable solutions, environmental engineers contribute to the protection of our natural resources, the improvement of public health, and the creation of a resilient and environmentally friendly planet. As we face increasing climate challenges, environmental engineers become even more critical to shaping a brighter future for generations to come.

The essay about an environmental engineer is given as follows.

Environmental engineers play a crucial role in the protection of our planets future wellbeing. They possess a deep understanding of scientific principles along with engineering techniques which help them accomplish sustainability goals related to various ecological challenges like waste management and resource conservation while reducing pollution levels in air, soil & water resources simultaneously.

These professionals conduct exhaustive research while designing eco friendly technologies so that their implementation leads to the development of effective mitigation plans that ensure long term sustainability for ecosystems vital for various life forms including humans & non humans alike.

   Working collaboratively with government agencies helps these professionals achieve innovative approaches while promoting sustainable measures among industries & communities alike so that efficient waste management systems can be designed accurately leading towards renewable energy sources helping us move towards greener avenues aligning with robust climate change goals through continuous efforts resulting in healthier living & cleaner environment.

   Through their analytical skills employed in assessing data related to the potential harm caused by pollutants on both ecological aspects as well as human health helps these professionals understand better the impact that their mitigation proposals would have on safeguarding ecosystems.

Amidst a world facing numerous environmental issues which often leads to debates regarding sustainable development the role of an environmental engineer is growing more significant than ever as they strive towards striking the perfect balance between preservation and development.

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1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

1+2 is 3

Answer: 75 games.

Explanation:

60% - ?

40% - 30 games

20% = 15 games

20% x 3 = 60%

15 x 3 = 45 games

40% + 60% = 100%

30 + 45 = 75 games

The total number of games would be 75! Hope that helps.

Answer:

The hierarchical organization levels from smallest to largest are: individual, team, department, division, company/organization.

In addition to the amount you have borrowed, you must pay interest, which is a percentage of the loan. The cost of borrowing money is known as interest, and it is often stated as a percentage of the loan amount.

How do you use amount?

The terms "number" and "amount" are used to convey the quantity or number of an item. The number of participants in the study, the number of questionnaires that were filled out, the time allotted for a test, or the quantity of evidence discovered may all be included in a research report. What distinguishes these two nouns from one another, then? The contrast between count and non-count nouns in English provides the solution.

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Answer: We can start by standardizing the values using the standard normal distribution:

z_1 = (65 - 66) / 5 = -0.2

z_2 = (67 - 66) / 5 = 0.2

Using a standard normal distribution table or calculator, we can find the area under the curve between -0.2 and 0.2:

P(-0.2 < Z < 0.2) = 0.0796

Therefore, the probability that an 18-year-old man selected at random is between 65 and 67 inches tall is approximately 0.0796 or 7.96%.

Explanation:

Answer:They can even cause women to question their own abilities

Women hold back on expressing ideas on ‘male topics’

Explanation:

Answer:

To construct a 95% confidence interval for the mean alcohol content of the population of all bottles of the brand under study, you can use the following formula:

Sample mean +/- (t-value * standard error)

The t-value can be found using a t-distribution table or a computer program. It is based on the desired confidence level (in this case, 95%) and the degrees of freedom, which is the sample size minus 1 (in this case, 50-1=49).

The standard error is calculated as:

Standard error = population standard deviation / sqrt(sample size)

Plugging in the given values, you get:

Standard error = 2.2 / sqrt(50) = 0.22

Using a t-distribution table or computer program, you can find that the t-value for a 95% confidence interval with 49 degrees of freedom is 2.01.

Therefore, the 95% confidence interval for the mean alcohol content of the population of all bottles of the brand under study is:

8.6 +/- (2.01 * 0.22)

Which simplifies to:

8.6 +/- 0.44

So the 95% confidence interval for the mean alcohol content of the population is (8.16, 8.94).

Answer:

which addition method in which exam in specific type of their and the other in terms are e in it e a s u r a b l e unit

Answer:

five natures, called "siqi": cold, cool, neutral, warm and hot. The nature of food is not determined by their actual temperature, but rather by what effects they have on a person's body after consumption.

Answer:

redox proteins can be attached to electrode surfaces in a “wired” configuration, that is, one that facilitates direct electron transfer. The feasibility of simple electroactive adsorption onto a range of electrode surfaces is illustrated, with a highlight on the recent advances that have been achieved in biotechnological device construction using carbon materials and metal oxides. The covalent crosslinking strategies commonly used for the modification and biofunctionalization of electrode surfaces are also evaluated. Recent innovations in harnessing chemical biology methods for electrically wiring redox biology to surfaces are emphasized.

Explanation:

Answer:

46/50 or 92%

Explanation:

In 50, the multiples of 11 are:

11, 22, 33 and 44

there are 4/50 that are a multiple of 11

so there are 46/50 that are not

(50-4=46)

Answer:

Puddles of water seen after a rainstorm that are clouded with sediment suggest erosion is occurring whereas puddles of clear water are a sign of minimal erosion. Lighter colored soil seen overtime is also a sign of erosion but can be more difficult to identify.

Answer:

this is a SAT college question that involves solving a system of equations with two variables, P and G. P represents the number of hours of heat from a pellet stove, and G represents the number of hours of natural gas heat. The equation 0.30P+0.25G=570 means that the total cost of heating for one month is 570 dollars, where 0.30 dollars is the cost per hour of pellet stove heat and 0.25 dollars is the cost per hour of natural gas heat.

The question also gives another equation: P+G=57, which means that the total number of hours of heating for one month is 57 hours.

To find how many therms per hour does the pellet stove output, we need to solve this system of equations for P and G, and then use another formula that relates therms to kilowatt-hours (kWh).

one therm (US) is equal to 29.3001111 kWh.

We can use substitution or elimination method to solve the system of equations:

Using substitution:

P+G=57 P=57-G

Substitute P into the first equation:

0.30(57-G)+0.25G=570 17.1-0.30G+0.25G=570 -0.05G=-552.9 G=11058

Plug G into either equation to find P:

P+11058=57 P=-11001

Using elimination:

Multiply both sides of the second equation by -0.25:

P+G=57 -0.25P-0.25G=-14.25

Add both equations together:

(0.30P-0.25P)+(0.25G-0.25G)=570-14.25 0.05P=55575 P=-111015

Plug P into either equation to find G:

-111015+G=57 G=11072

We can see that both methods give us the same values for P and G.

Now we can use these values to find how many therms per hour does the pellet stove output.

We know that one therm (US) is equal to 29.3001111 kWh, so we can write:

Therms per hour = kWh per hour / 293001111

We also know that kWh per hour = Cost per hour / Cost per kWh.

in February 2023, the average cost per kWh in Kentucky was $0.11.

So we can write:

Therms per hour = (Cost per hour / $011) / 293001111

For pellet stove heat, we have:

Therms per hour = ($030 / $011) / 293001111 Therms per hour = ~0000036

Therefore, the pellet stove outputs about 0000036 therms per hour.

Explanation:

Messages that would not necessarily need a response can be advertising messages or warning emails that make it clear that no response is needed.

The digital age has revolutionized the way individuals communicate socially and professionally, making processes faster and easier, generating greater proximity between consumer and companies, for example.

Therefore, advertising messages are usually sent by email with the purpose of communicating about a brand, promoting it and generating value for the consumer, not requiring responses.

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