The nearest year in which the rate of change of yearly industrial output reaches a maximum where the graph shows the yearly industrial output (measured in billions of Zonars) of the city-state of Utarek on mars over 7 -year period
The nearest year in which the rate of change of yearly industrial output reaches a maximum where the graph shows the yearly industrial output (measured in billions of Zonars) of the city-state of Utarek on mars over 7 -year period
Solution Summary: The author explains how the graph shows the yearly industrial output of the city-state of Utarek on mars over 7 -year period.
The nearest year in which the rate of change of yearly industrial output reaches a maximum where the graph shows the yearly industrial output (measured in billions of Zonars) of the city-state of Utarek on mars over 7-year period
(b)
To determine
The nearest year in which the rate of change of yearly industrial output reaches a minimum where the graph shows the yearly industrial output (measured in billions of Zonars) of the city-state of Utarek on mars over 7-year period
(c)
To determine
The nearest year in which the graph first change from concave up to concave down and the correct option from the options about the result a) in that year the rate of change of industrial output reached a minimum compared to the nearby years b) in that year the rate of change of industrial output reached a maximum compared to the nearby years; where the graph shows the yearly industrial output (measured in billions of Zonars) of the city-state of Utarek on mars over 7-year period
Find the tangent line approximation 7 to the graph of f at the given point.
T(x) =
f(x) = csc(x), (8, csc(8))
Complete the table. (Round your answers to four decimal places.)
x
f(x)
T(x)
7.9
7.99
8
8.01
8.1
Can you solve it numerical method
Use the information to find and compare Ay and dy. (Round your answers to four decimal places.)
Function
x-Value
Differential of x
Ду
=
dy
=
y = x² + 2
x = -4
Ax = dx = 0.01
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