(19 In Matlab the folCan be written as: g log 10(exp(1)^(1/3)-sinh(4*x^5)/2)lowing equation' 19) In Matlab the following equation g = log(Ve) – sinh 2 4x5 Can be written as: g = log 10(exp(1)^(1/3)-sinh(4*x^5)/2) Otrue Ofalse ارسال الاجابة (20In Matlab the following equation T.) In Matlab the following equation (4+x²) z = tan² +2 * x² In 4π Can be written as: z = (tan(4+x^3)/log(4*pi))^2+2*(x^2)) Otrue Ofalse
(19 In Matlab the folCan be written as: g log 10(exp(1)^(1/3)-sinh(4*x^5)/2)lowing equation' 19) In Matlab the following equation g = log(Ve) – sinh 2 4x5 Can be written as: g = log 10(exp(1)^(1/3)-sinh(4*x^5)/2) Otrue Ofalse ارسال الاجابة (20In Matlab the following equation T.) In Matlab the following equation (4+x²) z = tan² +2 * x² In 4π Can be written as: z = (tan(4+x^3)/log(4*pi))^2+2*(x^2)) Otrue Ofalse
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question
Transcribed Image Text:(19 In Matlab the folCan be written as: g =
10(exp(1)^(1/3)-sinh(4*x^5)/2)lowing
log
equation'
19) In Matlab the following equation
4x5
g = log(Ve) – sinh 2
Can be written as: g = log 10(exp(1)^(1/3)-sinh(4*x^5)/2)
Otrue
Ofalse
ارسال الاجابة
(20In Matlab the following equation
T.) In Matlab the following equation
4+x²
z = tan²
+ 2 * x²
In 4π
Can be written as: z = (tan(4+x^3)/log(4*pi))^2+2*(x^2))
Otrue
Ofalse
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