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Q4: What will happen if we keep on changing the distance between the two mirrors (one fully reflecting and other partially reflecting). Explain in terms of lasing action. Q5: If E = (2x+4y)i +(3y +4=) j +(2 x+2y+z)k, then what could be the value of n to get a solenoidal field?

Q4: What will happen if we keep on changing the distance between the two mirrors (one fully reflecting and other partially reflecting). Explain in terms of lasing action. Q5: If E = (2x+4y)i +(3y +4=) j +(2 x+2y+z)k, then what could be the value of n to get a solenoidal field?

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Q4:-What will happen if we keep on changing the distance between the two mirrors (one fully reflecting and other partially reflecting). Explain in terms of lasing action.

Q5: If E=(2x+4y) +(3 y +4 ) j +(2x+2y+n), then what could be the value of n to get a solenoidal field?

Q4: What will happen if we keep on changing the distance between the two mirrors (one fully reflecting and other partially reflecting). Explain in terms of lasing action. Q5: If E = (2x+4y)i +(3 y +4 =) j +(2 x + 2 y + n), then what could be the value of n to get a solenoidal field?
Transcribed Image Text:Q4: What will happen if we keep on changing the distance between the two mirrors (one fully reflecting and other partially reflecting). Explain in terms of lasing action. Q5: If E = (2x+4y)i +(3 y +4 =) j +(2 x + 2 y + n), then what could be the value of n to get a solenoidal field?
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