Consider the periodic step function graphed below. 51 11 (Click on graph to enlarge) This step function could be considered a regular step function if we use the common step interval Af= The value of the Riemann sum for this step function over two periods (that is, over 0 St≤ 10) is E E

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Consider the periodic step function graphed below.
51
11
(Click on graph to enlarge)
This step function could be considered a regular step function if we use the common step interval At =
The value of the Riemann sum for this step function over two periods (that is, over 0 <t≤ 10) is
E
E
Transcribed Image Text:Consider the periodic step function graphed below. 51 11 (Click on graph to enlarge) This step function could be considered a regular step function if we use the common step interval At = The value of the Riemann sum for this step function over two periods (that is, over 0 <t≤ 10) is E E
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