Part 1:Help yourself with octave or other software of your choice and load daily stock prices for 512 days (5 stocks): date, open, high, low, close, volumeibm.us.txttsla.us.txtaapl.us.txtfb.us.txta.us.txt1)(a) What is the largest relative close price change during 512 days given, and(b) which stocks exhibits it, and(c) what are the dates for minimum and maximum closing prices that give the largest relative change (% change)?2)Using all the closing prices for each stock, find all the possible covariances between the given stocks.3)After normalizing all the closing prices for each stock in the range from 0 to 1 (for all dates) create in a figure histogram for each stock price distribution. Use Use 16 bins for the histograms.Part 2:Submit in a plain text the answers to questions given in MDT.pdf

## Do my math written assignment

do my math written assignment below math survey of math reasoning ill provide my logins to see textbook the homework online that says to do you don’t have to do just this written assignment upload on word doc MAT102 LESSON 15 Date: Oct 25Topic: Non- Euclidean geometry and Topology.Read pages section 9.7 about Non-Euclidean Geometry and Topology. For the first time you will be acquainted with geometries that are different from the geometry we use in the classroom: the geometry of Riemann and the geometry of Lobachevski. You will be completing a writing assignment on them (check at the end of this lesson).You will also get acquainted with a science that studies space figures without being concerned with their specific sizes. This science is called Topology. Two figures are said to be topologically equivalent if one can be transformed into the other one with only stretching, bending and other distortions without tearing or scattering. Of course, in order to consider such manipulations we will assume that all figures are made of a special rubber that can be bent or stretched very thin without tearing. In our course it is only required that you are able to recognize when two figures are topologically equivalent. If you want to learn more about topology I suggest you go to http://en.wikipedia.org/wiki/TopologyBy doing HW #15 on MyMathLab (due date June 22) you will learn to recognize figures that are topologically equivalent.Important: Writing assignment to be deposited in Blackboard. Assignment on Non-Euclidean Geometries:Please copy the questions below into your document and type the answers in. Answers should be short and to the point•When (approximately) were The Elements written and by whom? (not to be confused with the date when The Elements were translated into English)•Euclid’s fifth postulate was initially written in a somewhat cumbersome manner? Who improved on it and how?•How many versions are there of Euclid’s fifth postulate? Who wrote them?•Why was the parallel postulate controversial? Can you state a theorem from Euclidean geometry that does not hold in the geometries of Lobachevski and Riemann? How is this theorem different in these Non-Euclidean geometries?

## Hello there,I need help doing this MatLab script assignment.i will be attaching

Hello there,I need help doing this MatLab script assignment.i will be attaching all the needed material as a pdfthank you

## help with connections between assignment?

1. The table shows the distances, in meters, that each player in a game tossed a ball, and the total number of earned points each player made for those tosses.Distance (m)6.5658.525.56.58364.56Total earned points1515222198141419271416(b) Are there any clusters or outliers in the data set? If so, identify them. 2. A linear model for the data in the table is shown in the scatter plot.x12456789y141211119743.5(B) Use the two points you chose in Part (a) to find the slope of the linear model, rounded to three decimal places. Show your work.(c) What is the equation of the linear model in point-slope form? (D) Rearrange the equation you wrote in Part (c) into slope-intercept form. Show your work.(3) The data set shows the number of practice throws players in a basketball competition made and the number of free throws they made in a timed competition.Practice throws4106150711Free throws 82393451127ModelEquation of regression modelCoefficient of determinationLinearQuadraticExponential (standard form)

## Equations and Matrices AND Trigonometry

These are sets of problems that the tutor will work on in an app called Aleks. Tutor will be granted the access to the problems.more details will be provided once a tutor is picked.

## have homework for computer method

i have homework for computer method, i will attached the questions and the sample for solving this questions, and i will attached the feedback from last homework’s to avoid these mistakes.and i need a new question and answer for it .

## Data with Example . — DATA MINING

Power point presentation 15 slidesFYI please see the attached link for the details of Visualizing Higher-Dimensional Datahttps://s3.us-east-1.amazonaws.com/blackboard.learn.xythos.prod/5a31b16bb2c48/3932693?response-content-disposition=inline; filename*=UTF-8”introduction-to-data-mining-pang-ning.pdf

## to log into my ales and do my math homework and quiz

HI! today is my bday and I dont want to spend it doing homework haha so i would love it if someone can help me out! I need someone to log into my aleks and do my homework and quiz!

## solve 25-30 questions of Number Theory

Help to solve 25-30 questions of Number TheoryPlease number each question from 1 to the end as the order I put in the folder when you answer them.This is an Elementary Number Theory class. Please make sure you can handle it very well.You have to promise at least 75 percent of your answers are completely correct because this assignment is very important.The name of the textbook is “Elementary number theory” by James K. can be found on internet if you need.I have uploaded all questions need to be answered on to dropbox:https://www.dropbox.com/sh/y4gn75f0lutaych/AAD19vn…Please go through every question carefully before you place your bid to make sure you can handle them.Thank you very much!

## scripts to perform the following tasks. Separate each task with %%.

Hi!please attaced the file that has all the queations and please use MATH-LAB to solve it and be sure from the answers!Thank you!

## scripts to perform the following tasks. Separate each task with %%.

Hi!please attaced the file that has all the queations and please use MATH-LAB to solve it and be sure from the answers!Thank you!

## scripts to perform the following tasks. Separate each task with %%.

Hi!please attaced the file that has all the queations and please use MATH-LAB to solve it and be sure from the answers!Thank you!

## scripts to perform the following tasks. Separate each task with %%.

## Part 1:Help yourself with octave or other software of your choice and

Part 1:Help yourself with octave or other software of your choice and load daily stock prices for 512 days (5 stocks): date, open, high, low, close, volumeibm.us.txttsla.us.txtaapl.us.txtfb.us.txta.us.txt1)(a) What is the largest relative close price change during 512 days given, and(b) which stocks exhibits it, and(c) what are the dates for minimum and maximum closing prices that give the largest relative change (% change)?2)Using all the closing prices for each stock, find all the possible covariances between the given stocks.3)After normalizing all the closing prices for each stock in the range from 0 to 1 (for all dates) create in a figure histogram for each stock price distribution. Use Use 16 bins for the histograms.Part 2:Submit in a plain text the answers to questions given in MDT.pdf

## Part 1:Help yourself with octave or other software of your choice and

Part 1:Help yourself with octave or other software of your choice and load daily stock prices for 512 days (5 stocks): date, open, high, low, close, volumeibm.us.txttsla.us.txtaapl.us.txtfb.us.txta.us.txt1)(a) What is the largest relative close price change during 512 days given, and(b) which stocks exhibits it, and(c) what are the dates for minimum and maximum closing prices that give the largest relative change (% change)?2)Using all the closing prices for each stock, find all the possible covariances between the given stocks.3)After normalizing all the closing prices for each stock in the range from 0 to 1 (for all dates) create in a figure histogram for each stock price distribution. Use Use 16 bins for the histograms.Part 2:Submit in a plain text the answers to questions given in MDT.pdf