1. What are Smart Contracts and how might they be applied in human resource management?
500 words paper: Introduction, Question 1, Conclusion, References.
References
1. Druck, J. A. (2018, October). Smart Contracts are neither smart nor contracts. Discuss. Banking & Financial Services Policy Report, 37(10), 5-9.
Word cloud generators have become popular tools for meetings and team-building events. Groups or teams are asked to use these applications to input words they feel best describe their team or their role. A “word cloud” is generated by the application that makes prominent the most-used terms, offering an image of the common thinking among participants of that role.
What types of words would you use to build a nursing word cloud? Empathetic, organized, hard-working, or advocate would all certainly apply. Would you add policy-maker to your list? Do you think it would be a very prominent component of the word cloud?
Nursing has become one of the largest professions in the world, and as such, nurses have the potential to influence policy and politics on a global scale. When nurses influence the politics that improve the delivery of healthcare, they are ultimately advocating for their patients. Hence, policy-making has become an increasingly popular term among nurses as they recognize a moral and professional obligation to be engaged in healthcare legislation.
Explore Potential Solutions to the Problem
1. Evaluation Framework
2. Research different models for evaluation frameworks. As a team, determine the structure and form of your Evaluation Framework. Be sure to cite the resources you consult in your deliverable (using APA Style)
Need 600 words with 3 citations atleast
Objective: To practise use of if-else, switch, while, break, continue statements and ?: operator.
Steps:
(i) Create a new folder called ‘assign41’ under C:JavaLesson4. Copy HelloWorld.java from Lesson 1 into it, and rename the file to “Weather.java”. Replace the word “HelloWorld” with “Weather”. Replace the System.out line with instructions to declare variables, and display output as described below:
(ii) Declare in ‘int’ type variable called ‘i’ and initialize it with a value of 1. This variable represents the year, starting at Year 1.
(iii) Declare a ‘double’ type variable called ‘temp’ initialized to 0.0.
(iv) Declare a ‘final double’ type constant called ‘ANNUAL_INCREASE’, and assign it a value of 1.0.
(v) Declare an ‘double’ type variable called ‘uncertainty’ initialized to 0.0.
(vi) Declare an ‘String’ type variable called ‘result’ initialized to ” “.
(vii) Using a System.out.println line, display the header: ” Year Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec”.
(viii) Using a while(true) statment, loop over Year i from 1 thro 5, EXCEPT i = 3. Use a break statement to exit the loop as appropriate. When i = 3, it should skip the calculations and go the next iteration, so use a continue statement for that.
(ix) In each iteration of the while loop, assign a value to ‘uncertainty’ using a switch statement and the following table:
Year (i) Uncertainty (Percent)
1 2.1
2 4.3
4 7.4
5 8.6
(x) Next (still inside the while loop), use the following formula to compute the temperature of each of the 12 months of years 1, 2, 4 and 5. Use a for loop to loop over the months in a given year.
—————
Year i = 1:
—————
Month j = 1, 2, … 12
Note: (A) and (B) below, taken together will be called “Equation 1”.
(A) Winter Months: j = 1, 2, 11 and 12: Temperature = j + 3
(B) Other Months: j = 3, 4, 5, .., 9, 10: Temperature = 5j + 7
Note: Use a logical expression to differentiate between Winter and Other Months, in conjunction with the ?: operator, all in one single statement to compute the temperature for a month j using Equation 1.
1st year, so ANNUAL_INCREASE doesn’t apply, but uncertainty does. In the next line, increase Temperature by Uncertainty percent to display the final temperature, for each month.
Example: If Temperature calculated above is 45.0, and uncertainty is 2.1 percent, then final Temperature is 45.0 * (1.0 + 2.1/100) = 45.945. Only the integer part is to be displayed (decimal part truncated), so it should show 45 as the value in this case.
————————
Years: i = 2, 4, 5
————————
First calculate Temperature using Equation 1. Next, find the increases to apply to that value. Temperature increase per year: ANNUAL_INCREASE (degrees) – same increase applies to each month of a year. Use the Year i and ANNUAL_INCREASE in an expression to figure the exact increase that would apply for that year.
Uncertainty percent applies to the value obtained after the ANNUAL_INCREASE.
Example: If temperature for a month is 45.0 using Equation 1, and it is Year 4, so you are 3 years away from Year 1, which means 3 annual increases on top of each other. Each annual increase is 1.0 degree (= ANNUAL_INCREASE), so for 3 years beyond Year 1, you need 1.0 + 1.0 + 1.0 = 3.0 degrees from the base value (45.0), so temp for Year 4 would be 45.0 + 3.0 = 48.0.
Next, you apply the uncertainty percent on this modified value (48.0) as applicable for year 4 (7.4 percent). So the temperature for that month in Year 4 becomes: 48.0 X (1.0 + 7.4/100) = 51.552. Value displayed will be integer part only (decimal part truncated), so it should display 51 in this example.
Inside the ‘for loop’, concatenate temperature values for all 12 months with spaces in between, assign it to ‘result’ and display in one line along with the Year i. Repeat for years 1, 2, 4 and 5. Try to align the output with the Month headers by maniupulating the blank space in between.
Cybersecurity policies and regulations should support not interfere with organization workflow, and ultimately provide the three most crucial components of security: confidentiality, integrity, and availability. That is, policies should support people doing their jobs. Successful security policy needs to demonstrate to employees the value of security, not just the requirement for security. Thus, establishing adequate organizational culture is important as it affects security structure and policy. In 750-1,200 words, discuss organizational factors in light of Christian worldview by answering questions below:
This assignment uses a rubric. Please review the rubric prior to beginning the assignment to become familiar with the expectations for successful completion.
PowerPoint_3G_Travel
PowerPoint 3G Travel
#PowerPoint_3G_Travel #PowerPointCh3 #PowerpointCh3GTravel #GraderProject
Open the PowerPoint file Student_PowerPoint_3G_Travel.pptx downloaded with this project.
Change the Colors for the presentation to Blue Green.
On Slide 1, format the background with the Water droplets texture, and then change the Transparency to 50%.
Select Slides 2 through 4, and then apply a Solid fill to the background of the selected slides—in the second to last column, the third color.
On Slide 2, hide the background graphics.
On Slide 2 insert a Table with 3 columns and 4 rows. Apply table style Medium Style 3 – Accent 3, and then type the information below in the inserted table.
Trip Type Day One Day Two
Adventure Seeker Kayak and Snorkel Nature Preserve Hike
Family-Friendly Pacifica Bay Zoo Beach Day and Horseback Riding
Arts & Culture Pacifica Bay Art Museum Artisan Walk
Resize the table so that its lower edge extends to 3 inches on the lower half of the vertical ruler (height 4.72″), and then distribute the table rows. Align the table text so that it is centered horizontally and vertically within the cells.
In the table, change the Font Size of the first row of text to 24. Apply a Divot Cell Bevel to the first row.
On Slide 3, animate the picture using the Wipe entrance effect starting After Previous. Change the Duration to 01.00. Apply the Split entrance effect to the bulleted list placeholder, and then change the Effect Options to Vertical Out.
On Slide 4, insert a Clustered Column chart. In the worksheet, beginning in cell B1, type the following data. After typing the last number in the worksheet—67300—press ENTER. Do not press TAB.
In row 1, beginning in cell B1: Year 1, Year 2, Year 3
In row 2, beginning in cell A2: Spring, 75600, 72300, 81460
In row 3, beginning in cell A3: Summer, 105300, 128730, 143600
In row 4, beginning in cell A4: Fall, 35900, 58300, 58320
In row 5, beginning in cell A5: Winter, 41600, 58430, 67300
Apply Chart Style 8 to the chart, and then remove the Chart Title element. Apply the Wipe entrance effect to the chart and change the Effect Options to By Series.
On Slide 5, apply the Style 1 background style to this slide only. (Mac users, format the background using Solid Fill color White, Background 1.)
From your downloaded grader files, insert the video p03G_Video.mp4. Change the Video Height to 6 and use the Align Center and Align Top options to position the video. Apply the Simple Beveled Rectangle video style.
On the Playback tab, change the Video Options to Start the video Automatically. Trim the video so that the End Time is 00:09 and then compress the media in Standard Quality or Low Quality depending on your version of PowerPoint. (Mac users, the Compress Media feature is not available in the Mac version of PowerPoint.)
On Slide 6, hide the background graphics, and then format the slide background by inserting a picture from your downloaded project files— p03G_Background.jpg. Set the Transparency to 0%
Insert a Header & Footer on the Notes and Handouts. Include the Date and time updated automatically, the Page number, and a Footer with the text 3G_Travel
Display the document properties. As the Tags type travel, tourism
Save and close the file, and then submit for grading.
How do you swap two numbers without using third variable in java?
IT security attacking virtual machine Project
What are the various layouts that are created when a developer utilizes the Fragment option in the Android Design Support Library? What are the components of each created layout? How can these layouts be used (provide an example for each layout)?
