Estimate the peak heat flux for water boiling at normal atmospheric pressure. The relevant thermo-physical properties arepf(liquid) = 958.45 kg/m3pg(vapor) = 0.61 kg/m3hf g= 2.25 * 106J/kgandsigma; = 0.0585 N/ma)1.53 * 108W/m2b)1.53 * 107W/m2c)1.53 * 106W/m2d)1.53 * 105W/m2Correct answer is option 'C'. Can you explain this answer?

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Estimate the peak heat flux for water boiling at normal atmospheric pressure. The relevant thermo-physical properties are
p _f (liquid) = 958.45 kg/m³
p _g (vapor) = 0.61 kg/m³
h _{f g}= 2.25 * 10 ⁶J/kg
σ = 0.0585 N/m

a)
1.53 * 10 ⁸W/m²
b)
1.53 * 10 ⁷W/m²
c)
1.53 * 10 ⁶W/m²
d)
1.53 * 10 ⁵W/m²

Correct answer is option 'C'. Can you explain this answer?

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Estimate the peak heat flux for water boiling at normal atmospheric pr...

(Q/A) = 0.18 p _gh _{f g}[σ (p _f– p _g)/p _g²] ^0.25.

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Estimate the peak heat flux for water boiling at normal atmospheric pressure. The relevant thermo-physical properties arepf(liquid) = 958.45 kg/m3pg(vapor) = 0.61 kg/m3hf g= 2.25 * 106J/kgσ = 0.0585 N/ma)1.53 * 108W/m2b)1.53 * 107W/m2c)1.53 * 106W/m2d)1.53 * 105W/m2Correct answer is option 'C'. Can you explain this answer?

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