99.Fy表示鋼筋之
(A)容許應力
(B)降伏應力
(C)設計強度
(D)剪力強度。

99. Fy 表 示 鋼 筋 之 (A) 容 許 應 力 (B) 降 伏 應 力 (C) 設 計 強 度 (D) 剪 力 強 度 。

99. Fy 表 示鋼 筋 之 (A) 容許 應 力 (B) 降伏 應 力 (C) 設計 強 度 (D) 剪力 強 度 。

100.依建築技術規則規定，停車設於室外時，每輛車停車空間不小於(A)2.5m×5m(B)2.5m×6m(C)3m×5m(D)3m×6m。

1.(A)紗布 (B)油布 (C)絹 (D)平面絨 (E)絲絨

2.(A)紗布 (B)油布 (C)絹 (D)平面絨 (E)絲絨

3.(A)紗布 (B)油布 (C)絹 (D)平面絨 (E)絲絨

4.(A)紗布 (B)油布 (C)絹 (D)平面絨 (E)絲絨

1. Why are mitochondria and chloroplasts believed to have originated from endosymbiosis? (A) Because they are completely autonomous organelles that function independently of the nucleus. (B) Because they contain no genetic material of their own and rely entirely on the host genome. (C) Because their physical volume is significantly larger than that of typical prokaryotic bacteria. (D) Because they lack a lipid membrane and are directly exposed to the cytoplasmic environment. (E) Because they possess their own circular DNA and 70S ribosomes similar to those of prokaryotes.

2. In a family with an X-linked recessive disorder, if the father is unaffected and the mother is a carrier, what is the probability of the offspring being affected? (A) All offspring, regardless of gender, will manifest the disease phenotype. (B) Sons have a 50% chance of being affected, while all daughters will be phenotypically normal. (C) Both sons and daughters have an equal 50% probability of manifesting the disease. (D) Only daughters will manifest the disease, while all sons will be phenotypically normal. (E) All sons will manifest the disease, and all daughters will be carriers of the trait.

3. What is the functional similarity between prokaryotic Sigma factors and eukaryotic Transcription Factors? (A) Both possess the catalytic active site required for RNA synthesis. (B) Both must cross the nuclear envelope to bind DNA and regulate gene expression. (C) Both are primarily responsible for recognizing specific promoter sequences to recruit RNA polymerase. (D) Both are permanent subunits of the polymerase complex that remain bound during elongation. (E) Both possess helicase activity to continuously unwind the DNA double helix during transcription.

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