Electrons can be diffracted (Davis-son and German's expt.).
Yes, as their wave is transverse.
Yes, as their wave is longitudinal
No, as their wave is longitudinal
No, as they travel in a straight line.
A
No, as they travel in a straight line.
B
Yes, as their wave is transverse.
C
Yes, as their wave is longitudinal
D
No, as their wave is longitudinal
Open in App
Solution
Verified by Toppr
As electron waves oscillation is confined in one orientation only, therefore it cannot be polarized.
Was this answer helpful?
0
Similar Questions
Q1
Sound can travel as both longitudinal and transverse waves in .
View Solution
Q2
Which of the following can produce longitudinal waves as well as transverse waves under different conditions?
View Solution
Q3
Electrons can be diffracted (Davis-son and German's expt.).
View Solution
Q4
Assertion :Sound waves cannot travel in vacuum but light can travel in vacuum. Reason: Sound waves are longitudinal waves and they cannot be polarised but electromagnetic waves are transverse and they can be polarised.
View Solution
Q5
Can't we draw a graph of longitudinal wave as that of a transverse wave.