1) The data provided in this exercise are confounding. We do not know the variables (is it color, weight...?). Hence, we cannot calculate an average due to incomplete information. If the variable was colors, I would code them as factors. If the variable was weights, I would code them as a numeric value. 2) In this case, we can find the average by adding the scores and dividing them by 4. Consequently, (94+93+85+0)/4=68. The result would be coded as a numeric value. 3) The grades in this question would be coded as a factor. Since a factor has no numeric value we cannot calculate an average. 4) In order to explain a difference, we first need to have two things to compare and contrast. In the second question, we got a numeric value of 68,
As an example, the above print screen Figure1 a network I configured in Cisco Packet Tracer. In RIP a hop is counted as a metric from router to router. So if the source in this example is “PC-Jemine1” with the destination being “PC-Jemine2” RIP would use a hop count of 5. This would be: ➢ Source =PC-Jemine1 ➢ Router 0 to Router 1 =
Has research experiences and currently working as a Quality Assurance Manager at SOLUT! , suggesting plenty of research experience. Good letters for highly recommended. 3 research presentation at local meetings and one at the national meeting. She had a family issue that prevented her going for graduate study, decided to get a job at company.
1. Computer a program to write a function power() to raise a number m to a power n. The function power() will take a float value for m and n will be an integer value. a default value of 2 to be used to make the function for calculating the squares in case this argument is omitted. The main function has to be written that takes the value for both m and n as input from the user for testing this function.
line from x = y to y = x. Mathematically, x = y and y = x mean the same thing. How- ever, this is not so in programming. Run the second program.
3.OA.4 Determine the unknown whole number in a multiplication or division equation relating three whole numbers. A number multiplied by twelve makes thirty six. What is this number? 2 3 12 8 I think of a number, multiply it by eight, and I get thirty two.
1.1.2 Graphs We have now converted information from words or pictures to tables to formulae and now we’re going to look at how we can convert information into graphs: Example: If we invest R1 and it doubles every month, how much will we have at the end of 1 year? Let’s first draw a table: Months 1 2 3 4 5 6 7 8 9 10 11 12 Rands 1 2 4 8 16 32 64 128 256 512 1024 2048 Now let’s depict this information as a graph or chart: We can draw a bar chart:
Microsoft Access is used to stream the database and generate a donor list for 2015. In the beginning, four queries named as: Decreased in this year, Decreased in this year summary, possible and zero donations are created in order to identify the data (show in figure 1). Afterward, I have to import the file to Microsoft Excel and continue the analysis and predictions of future year parts.
Over the past year, the GEMS Project has worked with stakeholders across SAMHSA to conduct a comprehensive Lean Assessment of the agency’s grants processes. Currently, GEMS Group II (Policy and Procedures) and SAMHSA grants subject matter experts (SMEs) are using SAMHSA grants process workflows to conduct value stream mapping (VSM) sessions (see example in Appendix I). Group II is then analyzing the sessions’ outcomes to recommend specific procedure (P&P) and/or system-level (IMPAC II) changes before IMPAC II is implemented and legacy systems are sunset. This process has been developed to directly support grants processes streamlining and reduce expected operational disruptions throughout the new system adoption. This brief outlines the Lean
Good Moring : Please find the attached application and bills for the GSEU 2015-2016 Professional Development Awards Program. Unfortunately I misplaced couple bills, I am including card statement and highlighted those items. Please review the submitted application and let me know if missing any required documents, I will be very happy to submit them. Thank you for your time and consideration.
We work with a Boolean Language whose basic symbols are $\vee,\wedge,\neg,\Rightarrow$ endowed with a finite set of atoms $\mathcal{A}$. The set of literals, $\mathcal{L}$, is the set $\mathcal{A}\cup\{\neg p|p\in\mathcal{A}\}$. A pair formed by a literal together with its negation is called a conjugated pair. Here we give the (classical) definition of valuation over a Boolean formula. That is the definition we will use henceforth. \begin{definition}\label{BOOLFOR:def}
My last name is Short so I was given Nia tot analyze and advise. Ironically I felt as though I could relate to her most. She is a stubborn learner. " She confuses confidence with competence. "
Project One For this assignment, I had to choose a scholarly or academic text from my own discipline and write an essay in which I analyze how well such text meets the needs of the rhetorical situation. I have picked a text written by Janet Brennan Croft, which is about characters and how they both evade and embrace faith. The scholarly article is called, Turin and Aragorn: Evading, and embracing fate, and I believe it does a great job at meeting the needs of the rhetorical situation. The audience of this Article is that of students and that of those who wish to understand Tolkien’s characters in more depth.
4. totalsubjects: that will store the total subjects of student. Calculation and formulas: 1.to calculate total score : total+=’E’-grade; 2.to calculate average: total/totalsubjects My program will run until s[0] is not equal to hyphen(-). And we are using the gets function to take information of student that take full line as input so by this we can any number of subjects.
To complete this assignment, I first went online to search for fifth-grade fraction activities, with a focus on multiplication. After reviewing numerous potential activities I eventually landed on Fraction Flip-It, which is a game that allows students to create their own fractions depending on where they place the cards drawn. This was a large draw because the game could be played any number of times without students solving the same equation over and over. Once I had settled on the activity and how it would be set up, I began building a lesson around it. I wanted to make sure students had the necessary knowledge to succeed, which is why I included the pre-assessment Plicker quiz.
Is there a statistically significant difference in the mean scores between ELA, Math, and average case 21 scores among teachers who are providing general education instruction? General education students need to be separated by teacher, next you would run a single factor ANOVA test by plugging in the data percentages, and case 21 averages of each teacher to see if the scores are significantly different from one another. This would aid in determining teacher effectiveness. 2.