APPLIED ALGEBRA EXAM 2 QUESTIONS
WITH DETAILED VERIFIED ANSWERS
Input
Independant Variable/ X-Axis
Output
Dependent Variable/ Y-Axis
Function Notation
Ex: R (x) = 0.50 x
Linear Function
L (x) = 3x-6 (Constant Rate)
Polynomial Function
P (x) = -2x + 3x + 7 (Change from Increase to Decrease)
Exponential Function
Ex: E (x) 2e- 0.7x (Constant % of Change)
Logistic Function
10000/1+4e -0.2x (division) (Stabilizing, Reaching a Limit)
Linear Graph (Rate of change)
straight dotted line
Logistic Graph (Stabilizing, Reaching a Limit, Growth/decline)
S- shaped graph/ 2 ASYMPTOTES
Exponential Graph (% percentage)
J-shaped curve/ INTEREST PERCENT/ ONE ASYMTOTE
, polynomial graph (Change from Increase to Decrease)
squigly line up and down
Quantitative
Numerical Data
Qualitative
Descriptive data
Interpolation
making a prediction for a situation or time for which you have data
extrapolation
making a prediction for a situation or time for which you have no data
asymptotes ( Stabilized/ Flatlined)
will only use to interpret/ indentify /LOGISTIC
asymptotes( Stabilized/ Flatlined)
As we move to the right it doesn't give an endpoint/ never crosses/close to zero
Average rate of change (PER)
the difference between two points
(Y2-Y1 /X2-X1)
Slope (PER)
Interpret what which #is the slope Ex: 11m
instantaneous
(PER & Steepness) /no calculations/ at a single point
Time
Input
WITH DETAILED VERIFIED ANSWERS
Input
Independant Variable/ X-Axis
Output
Dependent Variable/ Y-Axis
Function Notation
Ex: R (x) = 0.50 x
Linear Function
L (x) = 3x-6 (Constant Rate)
Polynomial Function
P (x) = -2x + 3x + 7 (Change from Increase to Decrease)
Exponential Function
Ex: E (x) 2e- 0.7x (Constant % of Change)
Logistic Function
10000/1+4e -0.2x (division) (Stabilizing, Reaching a Limit)
Linear Graph (Rate of change)
straight dotted line
Logistic Graph (Stabilizing, Reaching a Limit, Growth/decline)
S- shaped graph/ 2 ASYMPTOTES
Exponential Graph (% percentage)
J-shaped curve/ INTEREST PERCENT/ ONE ASYMTOTE
, polynomial graph (Change from Increase to Decrease)
squigly line up and down
Quantitative
Numerical Data
Qualitative
Descriptive data
Interpolation
making a prediction for a situation or time for which you have data
extrapolation
making a prediction for a situation or time for which you have no data
asymptotes ( Stabilized/ Flatlined)
will only use to interpret/ indentify /LOGISTIC
asymptotes( Stabilized/ Flatlined)
As we move to the right it doesn't give an endpoint/ never crosses/close to zero
Average rate of change (PER)
the difference between two points
(Y2-Y1 /X2-X1)
Slope (PER)
Interpret what which #is the slope Ex: 11m
instantaneous
(PER & Steepness) /no calculations/ at a single point
Time
Input