Functions Equations of Lines Rates of Change Limits ( Graphical and Algebraic) Derivatives ( Algebraically and with All Rules)
100
5
Let f(x) = -x^2 - 4x + 2, find f(-3)
100
y-1= -4/3(x+2)
Find the equation of the line through the point (-2,1) and have the following characteristic: slope of (-4/3).
100
1 cm/sec
A rectangular water tank is being filled at the constant rate of 20 liters/second. The base of the tank has dimensions w= 1 meter and L= 2 meters. What is the rate of change of the height of water in the tank?
100
8
lim x^2 + 2x -7, x approaches 3
100
4e^x
Given y= 4e^x, find the third derivative.
200
32
If f(x) = 4x - x^2 find f(4) - f(-4)
200
y- 4 = -2/5(x+1)
A line passes through the points (2,-1) and (4,4). Write the equation of the line in point slope form that is perpendicular to that line and passes through the point (-1, 4)
200
0.3 degrees/sec
An airplane is flying in a straight direction and at a constant height of 5000 meters. The angle of elevation of the airplane from a fixed point of observation is a. The speed of the airplane is 500 km/hr. What is the rate of change of angle a when it is 25 degrees?
200
8
lim x approaches 5, (x^2 -2x-15)/(x-5)
200
-cscxcotx+csc^2x
Determine the derivative of y= cscx -cotx.
300
74
If f(x) = x^2 -5x + 8 find f(-6)
300
y= -4/7x + 29/7
Find the equation of the line passing through the points (–5, 7) and (2, 3).
300
3
Determine the rate of change: y= x^2-3 on [1,2]
300
DNE
lim x approaches 4, (x^2 -1)/ (x-4)
300
30x(3x^2-1)^4
Find the derivative y= (3x^2 -1)^5
400
46
Let f(x) = 2x-3 and g(x) = 5x+1, find g(f(6))
400
y= 5x+9
Find an equation of the straight line hat is perpendicular to x + 5y= -3 and passes through the point (-1,4).
400
7/5
Find the rate of change of a line having the points (4,12) and (9,19)
400
-infinity
Refer to the graph: lim x approaches infinity, g(x)
400
y'= 4/x
y= ln4x^4
500
f(5) = 25-3=22
If f(x) = { x^2 - 3, x_>0 find a) f(5)
2x+1, x<0
500
y= -1/2x + 3
Find an equation of the straight line that passes through the points (-4,5) and (6,0).
500
3
Calculate the rate of change of a line crossing the points (3,8) and (6, 17)
500
1
Refer to the graph: f(-3)
500
y'= 4x^3e^4x^5 + 20x^8e^4x^5 -100x^4e^4x^5
y= (x^4--5) x (e^4x^5)






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