Number of teams (x) 1 4. Number of games (y) ... a) Continue the table out to 10 teams. b) Graph the table in your calculator and describe the graph it produced. c) The function for this problem can be described as a translation of the parent function. The translation is given as moving right 0.5 units and down .25 units. Write the algebraic model for this translation. y= 2(x-0.5)- 0.25 3
Number of teams (x) 1 4. Number of games (y) ... a) Continue the table out to 10 teams. b) Graph the table in your calculator and describe the graph it produced. c) The function for this problem can be described as a translation of the parent function. The translation is given as moving right 0.5 units and down .25 units. Write the algebraic model for this translation. y= 2(x-0.5)- 0.25 3
Transcribed Image Text:Number of teams (x)
1
4
Number of games (y)
...
a) Continue the table out to 10 teams.
b) Graph the table in your calculator and describe the graph it produced.
c) The function for this problem can be described as a translation of the parent
function. The translation is given as moving right 0.5 units and down .25 units.
Write the algebraic model for this translation.
y= 2(x-0.5)- 0.25
d) Using your model, find out how many games are required if there are 30 teams.
y= 2[x)
y= 2(30)
y= 60
21
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