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研究所、轉學考(插大)◆大氣物理
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110年 - 110 國立臺灣大學_碩士班招生考試_大氣科學研究所甲組:大氣物理#100489
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題組內容
7.
(a) (5%) Which factors determine the primary and secondary growth habits(成長習性) of cloud ice crystals?
其他申論題
(c) (5%) Discuss which factors influ nce the number concentration of cloud drops near the cloud base. into a cloud drop or not?
#420639
(a) (5%) What are the definitions of collision efficiency and coalescence efficiency?
#420640
(b) (5%) Which processes caused the collision efficiency to be less than 1?
#420641
(c) (5%) Which processes caused the coalescence efficiency to be less than 1?
#420642
(b) (5%) How does the growth habit influence the growth of ice crystals by vapor diffusion?
#420644
1 (5 points) Define st as output per effective worker, i.e., and k as capital per effiective worker, i.e, . Uise the constant return to scale production function to express the relationship between y and k.
#420645
2 (5 points) Derive the law of motion for capital per effective worker, express the relationship in terms of saving rate and depreciation rate and growth rate of labor-augmenting productivity. Compute the steady-state quantity of capital per effective worker and output per effective worker in terms of s, σ, andγs.
#420646
3 (5 points) Use a diagram to show the steady state quantity of capital per effective worker.
#420647
4 (5 points) What are the long-run growth rate of output per effective worker, and capital per effective worker? What are the long-run growth rate of output per worker, and capital per worker?
#420648
5 (5 points) Use a diagram to show the effect of an increase in saving rate, s, in the Solow Model. In particular, please show both the original and new steady state quantity of capital per worker in the diagram, and explain dynamic adjustment of capital per worker from the initial steady state to the new steady state.
#420649
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