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There ia a sample for the report. Form must like the sample

please read the pdf file very carefully

there are eight and two in the attachments.   Q1: Because Earth's rotation is gradually slowing, the length of each day increases: The day at the end of 1.0 century is 1.0 ms longer than the day at the start of the century. In 91 centuries, what is the total of the daily increases in time (that is, the sum of the gain on the first day, the gain on the second day, etc.)?   Q2: Gold, which has a density of 19.32 g/cm3, is the most ductile metal and can be pressed into a thin leaf or drawn out into a long fiber. (a) If a sample of gold with a mass of 3.261 g, is pressed into a leaf of 4.019 ?m thickness, what is the area of the leaf? (b) If, instead, the gold is drawn out into a cylindrical fiber of radius 2.400 ?m, what is the length of the fiber?   Q3: Grains of fine California beach sand are approximately spheres with an average radius of 50 ?m and are made of silicon dioxide, which has a density of 2.8 × 103kg/m3. What mass of sand grains would have a total surface area (the total area of all the individual spheres) equal to the surface area of a cube 1.1 m on an edge?   Q4 :One cubic centimeter of a cumulus contains 330 water drops, which have a typical radius of 10 ?m. (a) How many cubic meters of water are in a cylindrical cumulus cloud of height 3.2 km and radius 0.9 km? (b) How many 1-liter pop bottles would that water fill? (c) Water has a density of 1000 kg/m3. How much mass does the water in the cloud have?   Q5: You are to fix dinners for 400 people at a convention of Mexican food fans. Your recipe calls for 3  peppers per serving (one serving per person). However, you have only habanero peppers on hand. The spiciness of peppers is measured in terms of the scoville heat unit (SHU). On average, one  pepper has a spiciness of 4000 SHU and one habanero pepper has a spiciness of 300000 SHU. To get the desired spiciness, how many habanero peppers should you substitute for the  peppers in the recipe for the 400 dinners?   Q6: From t = 0 to t = 4.07 min, a man stands still, and from t = 4.07 min to t = 8.14 min, he walks briskly in a straight line at a constant speed of 2.47 m/s. What are(a) his average velocity vavg and (b) his average acceleration aavg in the time interval 1.00 min to 5.07 min? What are (c) vavg and (d) aavg in the time interval2.00 min to 6.07 min?   Q7: A ball of moist clay falls 19.2 m to the ground. It is in contact with the ground for 22.0 ms before stopping. (a) What is the average acceleration of the ball during the time it is in contact with the ground? (Treat the ball as a particle.) (b) Is the average acceleration up or down?   Q8: The Zero Gravity Research Facility at the NASA Glenn Reseach Center includes a 138 m drop tower. This is an evacuated vertical tower through which, among other possibilities, a 1 m diameter sphere containing an experimental package can be dropped. (a) How long is the sphere in free fall? (b) What is its speed just as it reaches a catching device at the bottom of the tower? (c) When caught, the sphere experiences an average deceleration of 35.0g as its speed is reduced to zero. Through what distance does it travel during the deceleration?      

An upward force is applied to lift a 15 kg object to a height of 5 meters at constant speed. What is the amount of work done by the applied force

the photograph above shows a virus attacking a human T cell (immune cell). Which disease could result if many T cells are destroyed in this manner?

how long would it take a car to return to its starting place if it traveled 180 m/s average speed of 90 km/hr and returned to its starting place along the same straightline path? (Neglect the time that the car takes to turn around.)

How will developing ICD-10-CM coding skills help me become a better medical administrative professional?   This assignment helps you apply your knowledge from this week’s readings.  Success Tip: View the “ICD-10-CM Tabbing Activity” and “What, Why and How of Coding” videos in Presentation Materials and tab your code book before beginning this assignment. The ICD-10-CM codes show medical necessity for procedures, supplies or services that are provided to the patient in the medical setting.  These codes are used to study healthcare costs, predict health care trends and even plan for future health care needs.  Developing accurate ICD-10 coding skills could help you become a better medical biller or medical administrative assistant.    Building Your ICD-10-CM Coding Skills Using your ICD-10-CM coding manual, answer the questions below. 1.    Apply the correct steps for ICD coding to answer the questions below for the following statement: Cataract due to type 1 diabetes   a.    What is the condition listed in the statement?     Type answer here b.    What main term in the Alphabetic Index is referenced to identify a code for the condition?   Type answer here c.     What is the subterm that identifies the condition?     Type answer here d.     What, if any, are the additional subterms you need to reference?      Type answer here   e.     What, if any, are the cross reference instructions in the Alphabetic Index that should be followed?     Type answer here f.      What code (s) are listed for the condition in the Alphabetic Index?     Type answer here g.     What is the category (3-digit code) referenced in the Tabular List?     Type answer here h.    Are there any instructional notes in the Tabular List at either the category or the specific code(s) that should be followed?     Type answer here i.       Assign the ICD-10-CM code to the highest level of specificity.       Type answer here 2.    Apply the correct steps for ICD coding to answer the questions below for the following statement: Pernicious anemia   a.    What is the condition listed in the statement?     Type answer here   b.    What main term in the Alphabetic Index is referenced to identify a code for the condition?   Type answer here c.    What is the subterm that identifies the condition?     Type answer here d.    What, if any, are the additional subterms you need to reference?      Type answer here   e.    What, if any, are the cross reference instructions in the Alphabetic Index that should be followed?     Type answer here f.      What code (s) are listed for the condition in the Alphabetic Index?     Type answer here g.     What is the category (3-digit code) referenced in the Tabular List?     Type answer here h.    Are there any instructional notes in the Tabular List at either the category or the specific code(s) that should be followed?     Type answer here i.       Assign the ICD-10-CM code to the highest level of specificity.       Type answer here   3.    Apply the correct steps for ICD coding to answer the questions below for the following statement: Benign neoplasm of the proximal third of esophagus      a.    What is the condition listed in the statement?     Type answer here b.    What main term in the Alphabetic Index is referenced to identify a code for the condition?   Type answer here c.     What is the subterm that identifies the condition?     Type answer here d.     What, if any, are the additional subterms you need to reference?      Type answer here   e.    What, if any, are the cross reference instructions in the Alphabetic Index that should be followed?     Type answer here f.     What code (s) are listed for the condition in the Alphabetic Index?     Type answer here g.     What is the category (3-digit code) referenced in the Tabular List?     Type answer here h.    Are there any instructional notes in the Tabular List at either the category or the specific code(s) that should be followed?     Type answer here i.      Assign the ICD-10-CM code to the highest level of specificity.       Type answer here 4.    Apply the correct steps for ICD coding to answer the questions below for the following statement: Cochlear otosclerosis, bilateral.      a.    What is the condition listed in the statement?     Type answer here b.    What main term in the Alphabetic Index is referenced to identify a code for the condition?   Type answer here c.    What is the subterm that identifies the condition?     Type answer here d.    What, if any, are the additional subterms you need to reference?      Type answer here   e.    What, if any, are the cross reference instructions in the Alphabetic Index that should be followed?     Type answer here f.     What code (s) are listed for the condition in the Alphabetic Index?     Type answer here g.    What is the category (3-digit code) referenced in the Tabular List?     Type answer here h.    Are there any instructional notes in the Tabular List at either the category or the specific code(s) that should be followed?     Type answer here i.      Assign the ICD-10-CM code to the highest level of specificity.       Type answer here     Apply the 8 Steps to Correct ICD-10-CM Coding Using your ICD-10-CM coding manual, answer the questions below.   5.     Meniere’s disease     Type answer here 6.     Acute pulmonary edema     Type answer here 7.     Heart failure     Type answer here   8.     Abscess of the salivary glands     Type answer here 9.     Stage-1 pressure ulcer of the right hip     Type answer here 10. Dementia with aggressive behavior     Type answer here   11. Patient seen in ED, diagnosed as alcohol dependent patient who is intoxicated     Type answer here 12. Patient presents for HIV screening, patient is asymptomatic     Type answer here 13. Dehydration     Type answer here   14. Meningitis caused by measles     Type answer here   Reflection Reflect on what you have learned this week to help you respond to the question below.  You may choose to respond in writing or by recording a video!   15. You’ve had the opportunity to navigate both the Alphabetic Index and the Tabular List of the ICD-10-CM coding manual.  What is the most efficient way to find the correct code using both the index and the tabular list? Provide 2 examples of how you were able to locate codes and give the reasons this worked for you?       Type answer here  

A charge +Q is located at the origin and a second charge, +4Q, is a distance d on the x-axis. Where should a third charge, q, be placed, and what should be its sign and magnitude, so that all three charges will be in equilibrium?

  Sir Lost-a-Lot dons his armor and sets out from the castle on his trusty steed in his quest to improve communication between damsels and dragons (Fig. P12.20). Unfortunately his squire lowered the draw bridge too far and finally stopped it 20.0° below the horizontal. Lost-a-Lot and his horse stop when their combined center of mass is 1.00 m from the end of the bridge. The uniform bridge is 9.00 m long and has a mass of 2300 kg. The lift cable is attached to the bridge 5.00 m from the hinge at the castle end, and to a point on the castle wall 12.0 m above the bridge. Lost-a-Lot's mass combined with his armor and steed is 1100 kg.

CONCEPTUAL PHYSICS Lab Experiment/Activity 1   Graphing Motion Go! Go! Go! Purpose In this experiment, you will plot a graph that represents the motion of an object.   Required Equipment and Supplies constant velocity toy car (or wind up toy) Butcher paper or continuous (unperforated) paper towel access to tape stopwatch (or watch) meterstick Online access     Discussion Sometimes two quantities are related to each other, and the relationship is easy to see.  Sometimes the relationship is harder to see.  In either case, a graph of the two quantities often reveals the nature of the relationship.  In this experiment, we will plot a graph that represents the motion of a real object.     Procedure We are going to observe the motion of the toy car.  By keeping tack of its position relative to time, we will be able to make a graph representing its motion.  To do this, we will let the car run along a length of butcher paper.  At one-second intervals, we will mark the position of the car.  This will result in several ordered pairs of data - positions at corresponding times.  We can then plot these ordered pairs to make a graph representing the motion of the car.   Step 1:  Fasten the butcher paper to the top of your table.  It should be as flat as possible, no hills or ripples.  (Note:  If you car goes fast, you may need to do this on the floor.)   Step 2:  If the speed of the toy car is adjustable, set it to the slow setting.    Step 3:  Aim the car so that it will run the length of your table.  Turn it on and give it a few trial runs to check the alignment.   Step 4: Practice using the stopwatch.  For this experiment, the stopwatch operator needs to call our something like,"Go!" at each one-second interval.  Try it to get a sense of the one-second rhythm.    Step 5:  Practice the task. Let the car drive across the length of the butcher paper. Soon after it starts, the stopwatch operator will start the stopwatch and say, "Go!" Mark the location of the front or back of the car on the butcher paper every time the watch operator says, "Go!"  For the practice run, simply touch the eraser of the pencil to the butcher paper at the appropriate points. The watch operator continue to call out, "Go!" once each second and the marker continues to practice marking the location of the car until the car reaches the end of the butcher paper or table.     Step 6:  Perform the task. Let the car drive across the length of the butcher paper. Soon after it starts, the stopwatch operator will start the stopwatch and say, "Go!" Mark the location of the front or back of the car on the butcher paper each time the watch operator says, "Go!"  No marks are to be made on the paper until the car is moving! Step 7:  Label the marked points.  The first mark is labeled "0", the second is labeled "1", the third is "2", and so on.  These labels represent the time at which the mark was made.   Step 8:  Measure the distances - in centimeters - of each point from the point labeled "0".  (The "0" point is 0 cm from itself.)  Record the distances on the data table.  Don't worry if you don't have as many data points as there are spaces on the table.     Data Table Time t  (sec) 0 1 2 3 4       Position x (cm) 0               Step 9:  Make a plot of position vs. time using the online graphing tool. Go to the website http://nces.ed.gov/nceskids/createagraph/default.aspx .In the green box, "Please select a type of graph to begin", click "Line". Create your graph. When prompted to Print or Download, choose Download. Save as a pdf or jpeg. Upload it with your Report using the assignment tool. Title the graph  "Position vs. Time."  Make the horizontal axis time and the vertical axis position.  Label the horizontal axis with the quantity's symbol and the units of measure: "t (s)".  Label the vertical axis in a similar manner.  Make a scale on both axes starting at 0 and extending far enough so that all your data will fit within the graph.  Step 10:  Determine the slope of the line.  Slope is often referred to as "rise over run".  To determine the slope of your line, proceed as follows: Pick two convenient points on your line.  They should be pretty far from each other.  Convenient points are those that intersect grid lines on the graph paper. Extend a horizontal line to the right of the lower convenient point, and extend a vertical line downward from the upper convenient point until you have a triangle.  Using the graph paper units (not a ruler), the horizontal length is your "run" and the vertical length is your "rise". Calculate slope = rise/run = __________  cm/s   Summing Up 1.  Suppose a faster car were used in this experiment.  What would have been different about         a.  the distance between the marks on the butcher paper?           b.  the number of seconds the car would have spent on the butcher paper before reaching the edge?           c.  the resulting distance vs. time graph?  (How would the slope have been different?)     2.  Suppose a slower car were used in this experiment.  What would have been different about         a.  the distance between the marks on the butcher paper?            b.  the number of seconds the car would have spent on the butcher paper before reaching the edge?           c.  the resulting distance vs. time graph?  (How would the slope have been different?)   3.  Suppose the car's battery ran out during the run so that the car slowly came to a stop.  What would happen to the space between marks as the car slowed down?