2.4 Assignment (Module 2 Topic 2)
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Last updated over 1 year ago
10 questions
Note from the author:
Write the equation of the transformed cubic functions, given the description.
Function format: f(x)=a(x-c)^{3}+d
Write the equation of the transformed cubic functions, given the description.
Function format: f(x)=a(x-c)^{3}+d
1
f(x) has been translated 3 units left
f(x) has been translated 3 units left
1
f(x) has been translated 10 units right and 7 units down
f(x) has been translated 10 units right and 7 units down
1
f(x) has been stretched vertically by a factor of 4, and shifted 9 units up
f(x) has been stretched vertically by a factor of 4, and shifted 9 units up
1
f(x) has been vertically compressed by a factor of of \frac{1}{2} and translated 5 units right
f(x) has been vertically compressed by a factor of of \frac{1}{2} and translated 5 units right
1
f(x) has been reflected over the x-axis and translated down 2 units
f(x) has been reflected over the x-axis and translated down 2 units
1
f(x) has been reflected over the x-axis, stretched by a factor of 3, and shifted up 5 units
f(x) has been reflected over the x-axis, stretched by a factor of 3, and shifted up 5 units
1
f(x) has been compressed vertically by a factor of \frac{1}{3} and translated 6 units left and 8 units up
f(x) has been compressed vertically by a factor of \frac{1}{3} and translated 6 units left and 8 units up
1
f(x) has been reflected over the x-axis, vertically compressed by a factor of \frac{1}{2} and translated 4 units right
f(x) has been reflected over the x-axis, vertically compressed by a factor of \frac{1}{2} and translated 4 units right
1
f(x) has been stretched vertically by a factor of 3 and translated left 8 units and down 1 unit
f(x) has been stretched vertically by a factor of 3 and translated left 8 units and down 1 unit
1
f(x) has been reflected over the x-axis and translated right 11 units and up 10 units
f(x) has been reflected over the x-axis and translated right 11 units and up 10 units