exit ramp experiment pt 4

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Archimedes Principle Experiment – Part 3 Given the data set provided for you, complete the ques=ons below. 1. Create a scaCerplot of your data on graph paper. Make sure to label the x and y axis with the correct quan=ty and units. Make sure to use an appropriate scale. Create a =tle for your scaCerplot 2. Create a 3 Column Process Chart. Input your data into the Domain and Range Columns and use the example 3CPC to complete the middle Process Column. 3. What is the equa=on (func=on rule) governing this rela=onship? 4. Add 4 units to you largest domain value and determine the corresponding range value. Jus=fy your answer verbally, by table, by graph, or algebraically. 5. Add 9.4 to you largest range value and determine the corresponding domain value. Jus=fy your answer verbally, by table, by graph, or algebraically. 6. Does your data depict a con=nuous rela=onship or a discrete rela=onship? Jus=fy your answer. 7. Does your data represent an func=onal rela=onship? Jus=fy your answer. 8. Describe the correla=on depicted by your data. Explain your answer. 9. Determine the Domain and Range of your data. Express the informa=on in the correct nota=on. # texts month miles hour Discrete: Can you send 0.5 or 0.365 of text message? No only whole texts. A graph of isolated points. Con=nuous: a situa=on that can be expressed as a decimal or frac=on. It is possible to travel at a speed of 64.24564 mph.

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Page 1: Exit ramp experiment pt 4

Archimedes  Principle  Experiment  –  Part  3    Given  the  data  set  provided  for  you,  complete  the  ques=ons  below.          1.  Create  a  scaCerplot  of  your  data  on  graph  paper.    Make  sure  to  label  the  x  and  y  axis  with  the  correct  quan=ty  and  units.    Make  sure  to  use  an  appropriate  scale.  Create  a  =tle  for  your  scaCerplot    2.  Create  a  3  Column  Process  Chart.    Input  your  data  into  the  Domain  and  Range  Columns  and  use  the  example  3CPC  to  complete  the  middle  Process  Column.    3.  What  is  the  equa=on  (func=on  rule)  governing  this  rela=onship?        4.  Add  4  units  to  you  largest  domain  value  and  determine  the  corresponding  range  value.    Jus=fy  your  answer  verbally,  by  table,  by  graph,  or  algebraically.    5.  Add  9.4  to  you  largest  range  value  and  determine  the  corresponding  domain  value.  Jus=fy  your  answer  verbally,  by  table,  by  graph,  or  algebraically.    6.  Does  your  data  depict  a  con=nuous  rela=onship  or  a  discrete  rela=onship?    Jus=fy  your  answer.            7.  Does  your  data  represent  an  func=onal  rela=onship?    Jus=fy  your  answer.    8.  Describe  the  correla=on  depicted  by  your  data.    Explain  your  answer.    9.  Determine  the  Domain  and  Range  of  your  data.    Express  the  informa=on  in  the  correct  nota=on.    

# textsmonth

mileshour

Discrete:  Can  you  send  0.5  or  0.365  of  text  message?    No  only  whole  texts.    A  graph  of  isolated  points.  

Con=nuous:  a  situa=on  that  can  be  expressed  as  a  decimal  or  frac=on.    It  is  possible  to  travel  at  a  speed  of  64.24564  mph.