Find the streamlines of the velocity field

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To find the streamlines of the given velocity fields, the first field leads to the equation y=Cx^(1/(1+2t)), which appears to be correct. The second field presents a challenge as it results in a division by zero when attempting to solve for streamlines, indicating that further analysis is needed. The discussion highlights the importance of using the homework template for clarity and adherence to forum rules. Participants are encouraged to provide structured solutions and seek assistance while following guidelines. Overall, the thread emphasizes the need for proper formatting and problem-solving techniques in fluid dynamics.
mathmari
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Hello!

I have to find the streamlines of the following velocity fields:

1. u=x(1+2t), v=y
2. u=xy, v=0

I have done the following:

1. ##\frac{dx}{u}=\frac{dy}{v} \Rightarrow \frac{dx}{x(1+2t)}=\frac{dy}{y} \Rightarrow \frac{\ln x}{1+2t}=\ln y+c \Rightarrow y=Ce^{\frac{\ln x}{1+2t}} \Rightarrow y=Cx^{\frac{1}{1+2t}}##

Is this correct??

2. ##\frac{dx}{u}=\frac{dy}{v} \Rightarrow \frac{dx}{xy}=\frac{dy}{0}##

How could we continue??
 
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Sorry I can't help you but any homework problems must use the homework template! It will look neater, and is one of the rules of the forum.
 

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