The constant $\sigma$ in the Stefan-Boltzmann law is equal to ,so that 5.67*10 ^- ⁴ J of energy is radiated each second by one square meter of a star whose temperature is 10,000 $\degree$K.How much energy is radiated each second by one square meter of a star whose temperature is 5,000 $\degree$? A) 5.67*10 ^- ² J B) 5.67*10 ^- ³ J C) 5.67*10 ^- ⁴ J D) 1.42*10 ^- ⁴ J E) 1.42*10 ^- ¹ J

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The Answer of The constant $\sigma$ in the Stefan-Boltzmann law is equal to ,so that 5.67*10 ^- ⁴ J of energy is radiated each second by one square meter of a star whose temperature is 10,000 $\degree$K.How much energy is radiated each second by one square meter of a star whose temperature is 5,000 $\degree$? A) 5.67*10 ^- ² J B) 5.67*10 ^- ³ J C) 5.67*10 ^- ⁴ J D) 1.42*10 ^- ⁴ J E) 1.42*10 ^- ¹ J

The Constant σ\sigmaσ In the Stefan-Boltzmann Law Is Equal to ,So That

The Constant $\sigma$ In the Stefan-Boltzmann Law Is Equal to ,So That