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Consider the surface S, which is formed by adjacent rectangular prisms S1 and S2 as shown in the figure. S2 P P2 d a Use a = 0.025 cm, b = 0.021 cm, h = 0.02 cm, and d = 0.01 cm. Suppose Q is a heat flux density, with ▼ · Q(P1) = 444 J/cm³/s and V· Q(P2) = 333 J/cm/s, where Pq and P2 are points in S1 and S2, respectively. Estimate the rate at which heat energy is exiting S and include units on vour answer

Consider the surface S, which is formed by adjacent rectangular prisms S1 and S2 as shown in the figure. S2 P P2 d a Use a = 0.025 cm, b = 0.021 cm, h = 0.02 cm, and d = 0.01 cm. Suppose Q is a heat flux density, with ▼ · Q(P1) = 444 J/cm³/s and V· Q(P2) = 333 J/cm/s, where Pq and P2 are points in S1 and S2, respectively. Estimate the rate at which heat energy is exiting S and include units on vour answer

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Consider the surface S, which is formed by adjacent rectangular prisms S1 and S2 as shown in the figure. S1 S2 h P P2 d a Use a = 0.025 cm, b = 0.021 cm, h = 0.02 cm, and d = 0.01 cm. Suppose Q is a heat flux density, with ▼ · Q(P1) = 444 J/cm/s and V. Q(P2) = 333 J/cm/s, where P and P2 are points in S, and S2, respectively. Estimate the rate at which heat energy is exiting S, and include units on your answer:
Transcribed Image Text:Consider the surface S, which is formed by adjacent rectangular prisms S1 and S2 as shown in the figure. S1 S2 h P P2 d a Use a = 0.025 cm, b = 0.021 cm, h = 0.02 cm, and d = 0.01 cm. Suppose Q is a heat flux density, with ▼ · Q(P1) = 444 J/cm/s and V. Q(P2) = 333 J/cm/s, where P and P2 are points in S, and S2, respectively. Estimate the rate at which heat energy is exiting S, and include units on your answer:
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