1. Radiation makes it impossible to stand close to a hot lava flow. Calculate the rate of heat transfer by radiation from 2 m² of 1199 deg C fresh lava into 35 deg C surroundings, assuming lava's emissivity is 1.2. o=5.67x10-8 J/(s m² °C) Use the sign convention for heat leaving or entering the system. Q t = kW
1. Radiation makes it impossible to stand close to a hot lava flow. Calculate the rate of heat transfer by radiation from 2 m² of 1199 deg C fresh lava into 35 deg C surroundings, assuming lava's emissivity is 1.2. o=5.67x10-8 J/(s m² °C) Use the sign convention for heat leaving or entering the system. Q t = kW
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![1. Radiation makes it impossible to stand close to a hot lava flow. Calculate the rate of heat transfer by
radiation from 2 m² of 1199 deg C fresh lava into 35 deg C surroundings, assuming lava's emissivity is
1.2.
o=5.67x10-8 J/(s m² °C)
Use the sign convention for heat leaving or entering the system.
Q
t
=
kW](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0761ca0b-8a30-47ed-b77e-00687bf0302e%2F35f8c75b-a0ee-446b-b555-a70403c3b657%2Fmunx7tt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1. Radiation makes it impossible to stand close to a hot lava flow. Calculate the rate of heat transfer by
radiation from 2 m² of 1199 deg C fresh lava into 35 deg C surroundings, assuming lava's emissivity is
1.2.
o=5.67x10-8 J/(s m² °C)
Use the sign convention for heat leaving or entering the system.
Q
t
=
kW
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