(1) Prove whether or not the number 12.34. 000 2000 30000 40 100 2000 30000 40 100 2000 300004... is rational or irrational 2 sowe two equations: 1. | cos x| = = cos x +1 2. (=—=— (e²*-e²¹³))² + (± (e¹ + e^i^))² = ex

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Question
Prove whether or not the number 1234. 000 2000 30000 40 100 2000 30000 40 100 2000 300004... is rational or irrational.
(2) sowe two equations:
1. | cos x| = cos x +1
2. (=— (e²*-e`¯²x))² + ( ± (e¹* + e²^x))² = ex
2i
(3) Find
3. Find functions
$[4(x)]
* $(x)]
if $(x)= exp(x)
y (x)= lnx
(4) Find the regions of definition of the following functions:
f(x)= √arccos (Inx)
f(x)= log₂ (In (logs))
I
1
f(x) = √2/2² + 2ªrcos *x + √√x+0.5
f(x)
sin (cosx) t arecos
(1+x)
२४
Transcribed Image Text:Prove whether or not the number 1234. 000 2000 30000 40 100 2000 30000 40 100 2000 300004... is rational or irrational. (2) sowe two equations: 1. | cos x| = cos x +1 2. (=— (e²*-e`¯²x))² + ( ± (e¹* + e²^x))² = ex 2i (3) Find 3. Find functions $[4(x)] * $(x)] if $(x)= exp(x) y (x)= lnx (4) Find the regions of definition of the following functions: f(x)= √arccos (Inx) f(x)= log₂ (In (logs)) I 1 f(x) = √2/2² + 2ªrcos *x + √√x+0.5 f(x) sin (cosx) t arecos (1+x) २४
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