Howard-Wolowitz
  • Howard-Wolowitz
If an object is dropped from a height, its downward speed theoretically increases linearly over time because the object is subject to the steady pull of gravity. Here are observational data on the speed of a ball dropped from a certain height at time x = 0: Time (seconds) X 0 0.2 0.4 0.6 0.8 Speed (m/sec) Y 0 1.92 3.58 6.01 7.88 11. Determine the least-squares regression line (LSRL). Write the equation below
Mathematics
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SOLVED
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jamiebookeater
  • jamiebookeater
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Howard-Wolowitz
  • Howard-Wolowitz
not regression lines
Howard-Wolowitz
  • Howard-Wolowitz
so unfor not
Howard-Wolowitz
  • Howard-Wolowitz
some

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Howard-Wolowitz
  • Howard-Wolowitz
give me one second plz
Howard-Wolowitz
  • Howard-Wolowitz
http://illuminations.nctm.org/Lesson.aspx?id=5722
Howard-Wolowitz
  • Howard-Wolowitz
You will be using the following formula to look at the LSRL: y = 53.24 + 1.65x is this right then
Howard-Wolowitz
  • Howard-Wolowitz
ok i see
Howard-Wolowitz
  • Howard-Wolowitz
we have 5
Howard-Wolowitz
  • Howard-Wolowitz
yes
Howard-Wolowitz
  • Howard-Wolowitz
0 0.2 0.4 0.6 0.8 = 2
Howard-Wolowitz
  • Howard-Wolowitz
0 1.92 3.58 6.01 7.88 = 19.39
Howard-Wolowitz
  • Howard-Wolowitz
is that and E
Howard-Wolowitz
  • Howard-Wolowitz
yes i can

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