Month: July 2022

1,000 words/ APA Format

•What is a courtroom work group? How does this courtroom work group interact on a daily basis? What changes to the courtroom work group would you recommend?

•What is the role of the prosecutor? How does a prosecutor determine which cases to pursue? What would happen if the criteria for taking a case were more or less stringent?

•What are the effects of the criminal justice funnel and the backlog of cases on the court system and the courtroom work group? What are some solutions to help eliminate the funnel and reduce the backlog of cases? Provide examples.

Political Science 100

Q. Ch1:

Three-Paragraph Essay Guidelines

Essays are due at the beginning of the first class meeting of each week. They must be typed or neatly handwritten. The structure of the essays, unless otherwise instructed, is as follows:

  A.Title of Essay, your name (Last, First), class # (OCN100.01), and date. (10 points)

  B. Paragraph #1: State an overview of the topic. Describe the essential components of the topic. Show your understanding of how these components interact to create a logical system. For example, if the topic is “Waves”, then define and describe the fundamental properties of waves. Try to make a definition that includes all aspects of waves, but excludes all things that are not waves (for example, different types of ocean waves include: gravity waves, deep-water waves, shallow water waves, tsunami, wind waves, and seiche waves). Give examples to support your explanation of the topic. (20 points)

 C. Paragraph #2: Choose one aspect of the main topic, then go into greater depth and detail describing it. Break it down further into its fundamental parts. For example, given the concept of waves as a topic, you might choose tsunami, describing what the term means, the history of tsunami, how they are generated, and their effect on shorelines and life.  Use examples to support your thoughts. You may choose historical events to further deepen our understanding (e.g., the Fukushima, Japan disaster of  2011, or the Banda Aceh tragedy of 2004). (20 points)

 D. Paragraph #3: State a personal connection that you have with the topic. Choose any aspect of the topic that you have had a special personal connection to, then describe in detail that connection, along with your personal feelings in a way that can make the rest of us understand and relate to your experience. For example, you took a vacation to Hawaii and visited the ancient volcano Diamond Head at Waikiki on the island of O’ahu. It was a particularly calm day, so you decided to boogie board the waves at the point. All of a sudden, a ‘freak’ wave caught you and sent you straight up 7 meters on a breaking mountain of water. Just when you were about to be swallowed by the ocean forever, an unseen hand reached out, grabbed you, and plopped you on his surfboard.  It was Chris Ward, out that day at Waikiki practicing up for the Mavericks competition. Lucky you. (20 points)

 E. While writing your essay, use seven (7) required terms from The Etymological Dictionary of Earth Science. Highlight those terms in the body of your essay. When you have completed the essay, make a list of those terms at the end. Write out the history of the term (its etymology) as given in the required text, The Etymological Dictionary of Earth Science, along with its complete definition. You do not have to copy the ‘First usage’, ‘Synonyms’, or any other part of the dictionary entry. (30 points)

F. Read your own essay, and edit it for errors and improvements. Do not rely just on spell & grammar check. Read it out loud at least once so you are familiar with it, and so you can read it to the class if asked to do so.

 G. Have the essay complete and ready to hand in at the beginning of the class period.

I- I need you to follow the guidlines but I need the topic to be about “Physics”  not waves!

2- I need it without grammar msitakes

3- I need 7 voc words with their defenitions and you can use this website for the voc words ” “Online Etmology Dictionary” 

I need it due after 12hrs from now and I need it one and half page and pls follow the guidlines.  

http://www.homeworkmarket.com/content/4-pages-19

I need you to summarize the assignment. In fact I need  you to convey this text to speech in 1 – 2 I prefer to make it shorter as much as you can.

I will present it as speech

due in 24 h

Complete the assignment attached with answers and explanation to each answer 

1. 1.11.  A 400-L storage tank is completely filled with water at 15◦C. (a) If the top of the storage tank is left open to the atmosphere and the water in the tank is heated to 90◦C, what volume of water will spill out of the tank. (b) If the water is cooled back down to 15◦C, by what percentage is the weight of water in the tank reduced from its original weight? Neglect the expansion of the tank when the water is heated.

2. 1.24.  Ethylene glycol, which is commonly used as a coolant in car radiators, has a coefficient of volume expansion of around 5.7×10−4 K−1. Estimate the percentage change in density when the temperature of ethylene glycol is raised from 10◦C to 90◦C. Assume that the pressure remains constant.

3. 1.40.  A car tire has a volume of 15 L and has a recommended (gage) inflation pressure of 207 kPa (30 lb/in2) at a temperature of 20◦C. (a) If driving on the highway on a hot day causes the temperature of the air in the tire to increase to 60◦C, what will be the (gage) air pressure in the tire? (b) If, under the condition in Part (a), air is let out of the tire to restore the tire pressure to 207 kPa, what will be the (gage) air pressure in the tire when the air cools back down to 20◦C? Assume that the tire volume remains constant and that atmospheric pressure is 101.3 kPa. [Note: Tire pressures are stated as gage pressures, and the absolute pressure is equal to the gage pressure plus the atmospheric pressure.] 

4. 1.58.  Compare the mass of oxygen per unit volume of air at sea level with the corresponding value at a mountain-resort at an elevation of 3000 m. If a person takes in the same volume of air with each breath and breathes at the same rate, what is the percentage reduction in oxygen that the person is inhaling when at the mountain resort? Assume a standard atmosphere. 

5. HOMEWORK 2 

6.  1.65.  Benzene at a temperature of 20◦C flows at a high speed over a smooth flat plate and exerts a shear stress of 0.5 Pa on the plate. Estimate the velocity gradient at the surface of the plate, and the velocity 2 mm away from the surface. 

7. 1.89.  A clean glass capillary tube is placed in pure water. What is the smallest diameter of the capillary tube that can be used such that the capillary rise will be no more than 5 mm? 

8. 1.97.  (a) If air at 20◦C is 20% oxygen and 80% nitrogen, and atmospheric pressure is 101.4 kPa, estimate the density of air at 20◦C. (b) If the air described in Part (a) is compressed into a 1 m3 tank with an absolute pressure of 200 kPa and temperature of 15◦C, what is the weight of the tank? (c) If the relative humidity of air is measured as 80% at 20◦C, estimate the vapor pressure of air and the temperature at which condensation will begin to occur. 

9. 1.109.  Estimate the evaporation rate of water that results from a net solar radiation of 10 MJ/(m2·d). Assume that the temperature of the water body is 15◦C. 

for assignment

as agreed