If ||=2 and ||=4, then match the relations in column I with the angle

1.	If \|\|=2 and \|\|=4, then match the relations in column I with the angle θ between Aand B in column II: Column I Column II(a) \|x\|=0 (i) Θ=300(b)\|x\|=8 (ii) Θ=450(c) \|x\|=4 (iii) Θ=900(d)\|x\|=4√2 (iv) Θ=00
Answer» Answer: what is that GLOWING YELLOW thing around black hole?If that's some sort of ENERGY or HEAT energy then why doesn't it go inside it... if LIGHT energy can go inside it then why doesn't the heat energy go?

If ||=2 and ||=4, then match the relations in column I with the angle θ between Aand B in column II: Column I Column II(a) |x|=0 (i) Θ=300(b)|x|=8 (ii) Θ=450(c) |x|=4 (iii) Θ=900(d)|x|=4√2 (iv) Θ=00

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what is that GLOWING YELLOW thing around black hole?If that's some sort of ENERGY or HEAT energy then why doesn't it go inside it...

if LIGHT energy can go inside it then why doesn't the heat energy go?

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If ||=2 and ||=4, then match the relations in column I with the angle θ between Aand B in column II: Column I Column II(a) |x|=0 (i) Θ=300(b)|x|=8 (ii) Θ=450(c) |x|=4 (iii) Θ=900(d)|x|=4√2 (iv) Θ=00​

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If ||=2 and ||=4, then match the relations in column I with the angle θ between Aand B in column II: Column I Column II(a) |x|=0 (i) Θ=300(b)|x|=8 (ii) Θ=450(c) |x|=4 (iii) Θ=900(d)|x|=4√2 (iv) Θ=00