Construct a frequency distribution Construct a relative frequency distribution Construct a bar chart Construct a pie chart

1.   Construct a relative frequency distribution that corresponds to the give frequency distribution below.  Show work.                  Incomes                  Frequency                  201-300                       75                  301-400                       51                  401-500                       95                  501-600                       92                      >  601                       14

Help with frequency table

Steps in constructing a frequency distribution of 1. Find the highest value (HS) and lowest value (LS) of the given raw data. Calculate the range the given set using the highest and lowest value. range = highest value(HS) - lowest value(LS) 2. Divide the range by the number of groups you want, then round up. The number of classes will depend in your own desire. 3. Pick the starting point using your class interval or class width to create your groups, using the lower limit and upper limit. The starting point maybe less than or equal to the minimum value or lowest value. 4. Find the frequency of each group. 5. Construct your table of frequency distribution. 49 41 35 32 The following are the scores of Grade 10 students in Mathematics test. 27 33 30 39 40 33 1. Construct a grouped frequency distribution table using the interval i = 4. 45 43 34 42 46 35 2. Complete the table for the values of Lower Boundary and Cumulative Frequency. 23 3. Find the Lower and Upper Quartile 39 48 4. Find the…

d. Grouped data Complete the Frequency Distribution table by writing your answer in a paper, take picture and upload in this question. ut of Class Frequency More than cf Points to be uestion Plotted 0-10 10-20 11 20-30 3 30-40 6. 40-50 6. Total NCY DIST...pptx FREQUENCY DIST.pptx Chapter 2-Part A-.pdf PDF ype here to search 5.

Please show your solution, this is a frequency distribution for grouped data

More smartphones: using the data presented, A: construct a frequency distribution for the total number of smartphones sold in each of the four quarters Jan-mar, Apr -Jun, Jul- Sep, and oct-Nov. B: construct a frequency bar graph C: construct a relative frequency distribution D: construct a relative frequency bar graph   E: construct a pie chart F: more than half of smartphones were sold were sold        between October and December Quarter  Number sold (in millions) Jan-mar. 2012 152.7 Apr-jun. 2012 156.2 Jul -Sep. 2012 179.7 Oct-Dec. 2012 227.8 Jan- Mar 2013 222.6 Apr-Jun 2013 253.3 Jul- Sep 2013 276.6 Oct-Dec 2013 292.7 Jan-Mar 2014 288.4 Apr-Jun 2014 302.1 Jul-Sep 2014 332.6 Oct-Dec 2014 377.8 Jan-Mar 2015 334.4 Apr-Jun 2015 337.2 Jul-Sep 2015 355.2 Oct-Dec 2015 399.5

Coefficient of Symmetry

Energy Used by Plasma TVS Forty plasma TVs were tested, and the number of watts per hour that they used while running for 4 hours per day were recorded. Construct a frequency distribution for the data. Use 6 classes. 480 503 514 472 465 473 475 000 502 90 492 477 483 475 481 512 473 488 485 503 508 484 486 499 512 485 468 507 501 470 497 479 492 468 492 466 472 483 511 481 Send data to Excel Continue Submit Assignmer © 2021 McGraw Hill LLC. All Rights Reserved. Terms of Use Privacy Center Accessibilit ess USETOUR SARTPHONEFOR schooland ween

Frequency Distributions Use the table. Length of Employment (years) Years Frequency Employed 1 - 5 5 6 - 10 20 11 - 15 25 16 - 20 10 21 - 25 5 26 - 30 5 1. List the lower class limits for each class 2. list the upper class limits for each class 3. List the class boundaries for each class 4. list the class midpoints for each class 5. list the class width for each class 6. Construct a BOTH a relative and cumulative frequency distribution