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(5) Consider the figure below, showing the front of a brick-shaped object, with each mono-velocity beam completely covering the face of the object that it strikes. The object has depth Δ. Beam 1 travels in the -ex direction. Beam 2 travels in the +êy direction. You are given Σ,-Σ,-0.6 cm-1, 10 n/cm n2 105 n/em V1 = V2 = 1of cm/s (a) [10 points] Calculate the scalar flux at the center of the object. (b) [5 points] Calculate the net current density (usually denoted J) at the center of the object x = 1 cm, y = 1.5 cm inside the object (at y-2 cm) (c) [5 points] Calculate the capture rate density (neutrons captured per cm3) at the point (d) [10 points] Calculate the rate at which neutrons exiting the object through the top face x-6 cm y-2 cm ni, V n, V Extra Credit [5 points| Return to problem 5. Calculate the rate at which neutrons are being absorbed in the object.

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teen Brick hopnd otje havinws beam Beamスinteフdiveetion lo h objed .

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