6. Let u(x, t) denote the solution of the following initial-boundary value problem du 0 0 dx² 20t Uz(1, t) = 0 Uz(0, t) и (т,0) What is the behaviour of the solution when t approaches to o? 1 E) 2 1...

6. Let u(x, t) denote the solution of the following initial-boundary value problem<br>du<br>0 <x < 1, t> 0<br>dx²<br>20t<br>Uz(1, t) = 0<br>Uz(0, t)<br>и (т,0)<br>What is the behaviour of the solution when t approaches to o?<br>1<br>E)<br>2<br>1<br>A) ∞<br>B) -0<br>C) 0<br>D) 5<br>n²n²<br>2<br>

Extracted text: 6. Let u(x, t) denote the solution of the following initial-boundary value problem du 0 < 1,="" t=""> 0 dx² 20t Uz(1, t) = 0 Uz(0, t) и (т,0) What is the behaviour of the solution when t approaches to o? 1 E) 2 1 A) ∞ B) -0 C) 0 D) 5 n²n² 2

Jun 05, 2022

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6. Let u(x, t) denote the solution of the following initial-boundary value problem du 0 0 dx² 20t Uz(1, t) = 0 Uz(0, t) и (т,0) What is the behaviour of the solution when t approaches to o? 1 E) 2 1...

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