The relationship between L and the wavelength I of the stationary wave is

a

2L = \(\lambda\)

b

L = \(\lambda\)

c

L = \(\frac {\lambda}{3}\)

d

4L = 3 \(\lambda\)

Download Offline App Ask a Question

Explanation

Correct Option
d

Video Explanation

No video available

Post your Contribution

Share:

Discussions (14)

ajisafefrancis
6 years ago

the answer is supposed to be wave length is equal to 2l.because in a stationary wave the two points are the node and the distance between node is wave lenght divided by 2.

Abby90
1 year ago

It has a diagram
But the diagram is not displayed here

Jikoba
7 years ago

Please My School explain better and please prove that the answer is correct

Mayorlizz
1 year ago

L=lamda/2
lamda=2l
A is correct ✅

anotherniftEE
1 year ago

na lie
the answer is A

D.Boss
6 years ago

I don't understand the explanation

Bunsgea
6 months ago

I think myschool should work on this

Peterklassiq
4 years ago

I'm sorry for the complain but I was doing the exam, I clicked on physics and there wasn't any question. When I submitted, I saw that they started correcting me in the physics question I didn't see

Highschool1
1 year ago

There a diagram on this particular question but it is not displayed here

princembatruth
5 years ago

L=-√
4L=3√
L=3/4√

Quick Questions

Ask a Question
CO

ceoofwahala

20th June, 2026

Chemistry


2 comments

ASSAAS

20th June, 2026

English Language


5 comments

infinitehoaxx

21st May, 2026

Computer


4 comments