What is the Type and Cutoff Frequency of this Passive Filter?

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The discussion revolves around identifying the type and cutoff frequency of a passive filter. Participants emphasize the importance of showing work and prior calculations, such as Laplace transforms and impedances, to receive assistance. There is confusion regarding the provided answers, with one participant noting that the first response resembles a transfer function rather than a cutoff frequency. Clarification is requested on the specific type of passive filter being analyzed. Overall, the conversation highlights the need for detailed problem-solving steps to facilitate effective help.
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I don't know how to solve this question. Anyone can help me?

Determine the type of the filter shown as well as the cutoff frequency. Thanks!
 

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Your attachment is still being approved, but I can tell already that you won't get much help. Work must be shown for anyone to start to help you. What have you done already, laplace transforms, impedences?
 
the answer given is [R2/(R1+R2)][jw/(jw+wc)] but my answer is R2jwL/(R1R2 + R1jwL + R2jwL)
 
Neither of those makes any sense, the first one less than the second. That looks more like a transfer function than a cutoff frequency.
 
Well say what kind of passive filter is this before you move on.
 

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