What Are the Partials of a 16 ft Open Organ Pipe?

[Mozzalicious]

Homework Statement

What are the fundamental and first overtone (second partial) of an open (at both ends)
organ pipe 16 ft long?

Homework Equations

V=fλ

The Attempt at a Solution

V=fλ
343=f8
42.9 hz= f

I'm just not sure how to find partials :/ All help is appreciated

 

[haruspex]

V=fλ
343=f8

If I'm interpreting that equation correctly, you're saying the fundamental wavelength in a 16ft doubly open pipe is 8m. That's a bit inaccurate. How do you arrive at that?
For the first overtone, how many wavelengths in the pipe?

 

[Mozzalicious]

If I'm interpreting that equation correctly, you're saying the fundamental wavelength in a 16ft doubly open pipe is 8m. That's a bit inaccurate. How do you arrive at that?
For the first overtone, how many wavelengths in the pipe?

Well, I wouldn't say arrived so much as blundered into it lol. I don't really understand the question or partials so from everything I was able to find on partials I guessed 8. From the information the other things I could think of would be 16 or 2. I could provide the links to this information. I was kind of just throwing darts with something I didn't understand

 

[haruspex]

Well, I wouldn't say arrived so much as blundered into it lol. I don't really understand the question or partials so from everything I was able to find on partials I guessed 8. From the information the other things I could think of would be 16 or 2. I could provide the links to this information. I was kind of just throwing darts with something I didn't understand

Maybe I should have emphasised parts of my question: 16 feet... 8 metres.
Do you know about nodes and antinodes? Do you get a node or antinode at the open end of a pipe? Can you draw a diagram?