Let α be the first positive zero of J 1 ( x ) and let β n be the zeros of J 0 ( x ) . In terms of α and β n , find the values of x at the maximum and minimum points of the function y = x J 1 ( α x ) . By computer or tables, find the needed zeros and compute the coordinates of the maximum and minimum points on the graph of y ( x ) for x between 0 and 5. Computer plot y from x = 0 to 5 and compare your computed maximum and minimum points with what the plot shows.
Let α be the first positive zero of J 1 ( x ) and let β n be the zeros of J 0 ( x ) . In terms of α and β n , find the values of x at the maximum and minimum points of the function y = x J 1 ( α x ) . By computer or tables, find the needed zeros and compute the coordinates of the maximum and minimum points on the graph of y ( x ) for x between 0 and 5. Computer plot y from x = 0 to 5 and compare your computed maximum and minimum points with what the plot shows.
Let
α
be the first positive zero of
J
1
(
x
)
and let
β
n
be the zeros of
J
0
(
x
)
.
In terms of
α
and
β
n
,
find the values of
x
at the maximum and minimum points of the function
y
=
x
J
1
(
α
x
)
.
By computer or tables, find the needed zeros and compute the coordinates of the maximum and minimum points on the graph of
y
(
x
)
for
x
between 0 and 5. Computer plot
y
from
x
=
0
to 5 and compare your computed maximum and minimum points with what the plot shows.
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