Question
s a wave passes through a gap in an obstacle very little diffraction occurs. Does this suggest that le length of the gap is similar or different to the wavelength of the wave? nter your answer
Answer
4.3
(339 Votes)
Kenneth
Elite · Tutor for 8 years
Answer
This suggests that the length of the gap is different from the wavelength of the wave, particularly it is likely that the length of the gap is larger than the wavelength of the wave.
Explanation
## Step1: This question deals with the phenomenon of diffraction in physics. Diffraction is when a wave spreads out as it encounters an obstacle or a slit smaller than or comparable to the wavelength.## Step2: When the length of a gap, or opening, is significantly larger than the wavelength of the wave, the wave can pass through with little spreading out, or very little diffraction. After passing through the gap, it essentially retains its shape.## Step3: When it is stated that very little diffraction occurs as a wave passes through a gap, it suggests that the wavelength of the wave is shorter than the size of the gap. ### So the sequence of mitosis is: Prophase, Metaphase, Anaphase, Telophase, Cytokinesis