Show that when p, q € N are numbers with p < q and g(x) = O(|x|¹) holds, then g(x) = O(|x|P) holds as well. Hint: Could 8' := min{1,8} be useful for showing that g(x) = O(|x|P), when d is the constant associated the statement g(x) = O(|x|9)?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Show that when p, q € N are numbers with p < q and g(x) = O(|x|ª)
holds, then g(x) = O(|x|P) holds as well.
Hint: Could 8' := min{1,8} be useful for showing that g(x) = O(|x|P),
when d is the constant associated the statement g(x) = O(|x|9)?
Transcribed Image Text:Show that when p, q € N are numbers with p < q and g(x) = O(|x|ª) holds, then g(x) = O(|x|P) holds as well. Hint: Could 8' := min{1,8} be useful for showing that g(x) = O(|x|P), when d is the constant associated the statement g(x) = O(|x|9)?
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