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Unit 4 Algebra II/Calculus Flashcards | StudBud

Explore/Unit 4 Algebra II/Calculus

Unit 4 Algebra II/Calculus

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Algebra II: Systems of Equations Calculus: Derivatives

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Questions 12

Answers

1
See the image:
I have the same number of dogs each year.
The # of dogs I lose is proportional to the time passed
Every year, two of my dogs pass away
The # of dogs I gain is proportional to the time passed
2
The derivative of a variable raised to the power of 1 is:
You can't take the derivative
1
0
x
3
How many solutions does the following system of equations have?
infinite
one
none
4
What is the solution to the following system of equations?
(3, 2)
(0, -3)
(0, 3)
(3, -2)
5
Solve the system of equations
(11, 7)
(7, 11)
(6, 2)
(2, 6)
6
Average velocity is defined by:
displacement divided by the time interval
The slope of the line tangent to the displacement function
the time interval divided by the displacement
the sum of the displacements divided by the sum of the time.
7
See image:
2
3
7
6
8
A system of equations which has no solutions can be represented by lines which:
intersect at one point
are parallel to each other
are perpendicular to each other
overlap each other
9
Find the derivative:
2t+1/2 * t-1/2
2t+t-1/2
0
t-1/2
10
Following the limit definition of a derivative, the "h" represents:
the function evaluated at a point
the interval of the x-axis
the interval of the y-axis
the instantaneous rate of change of the function
11
When evaluating the following limit, you will need to use which rules?
the addition rule only
quotient rule and product rule
quotient rule only
product rule only
12
For a system of linear equations to have a solution, there must be:
more unknown variables than equations
the same amount of equations and unknown variables
more equations than unknown variables
A system of equations will always have a solution