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研究所、轉學考(插大)◆德語閱讀與寫作

研究所、轉學考(插大)◆刑法

研究所、轉學考(插大)◆刑事訴訟法

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_一等大副：航海英文實作評估#142744(24題)

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_二等大副：船舶操作與人員管理#142743(50題)

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_二等大副：貨物作業#142742(50題)

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_二等大副：航行安全與氣象#142741(50題)

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_二等大副：航海與船舶操縱#142740(50題)

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_一等大副：船舶操作與人員管理#142739(50題)

115年 - 2026 教育部對外華語教學能力認證考試試題：華語口語與表達#142737(14題)

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_一等大副：貨物作業#142736(50題)

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_一等大副：航行安全與氣象#142735(50題)

115年 - 115-2 交通部航港局_次船員岸上晉升適任性評估筆試測驗_二等船長：航海英文實作評估#142733(10題)

50. 掩埋場底部鋪設一層厚度0.6 m壓實黏土襯層，黏土透水係數1.010-7 cm/s。暴雨使襯層上方 積累滲出水水頭高度為0.3 m，襯層底部為自由排水。依達西定律，通過襯層之水力梯度為何 (ἰ = Δh / L)？ (A) 0.5 (B) 1.0 (C) 1.5 (D) 2.0

49. 下列何者為掩埋場成熟甲烷發酵期抽取沼氣，體積占比合計達95%以上之兩種主要氣體？ (A) CH4與CO2 (B) CO與H2 (C) O2與SO2 (D) N2與H2S

48. 依營建剩餘土石方與營建廢棄物管理規範，下列敘述何者正確？ (A)工程開挖土石若混雜木材塑膠且未經分選，仍屬土石方自治法規管理 (B)運送剩餘土石方之清運機具，依法無須隨車攜帶來源及去處證明文件 (C)土石方混雜廢棄物未分類者屬營建混合物，須依廢清法申報去化 (D)砂石車加裝GPS後，即可逕自將未處理之建築廢棄物運往農地填築

四、在追求最大利潤為目標之農地利用決策上，尋求合適之「集約度」與「規模」是重要的課題。試繪經濟圖形說明如何決定最適集約度以及最適規模。(二十五分)

三、稅制是政府部門常採用的政策工具(policy instruments)之一。課徵「囤房稅」與「空地稅」時，對房地市場可能產生之影響為何？試請分別繪經濟圖形說明之。(二十五分)

二、何謂「買方市場」與「賣方市場」？另，試以供給曲線與需求曲線均為線性函數為例，分別繪經濟圖形說明之。(二十五分)

測試

講師：【站僕】摩檸Morning.

簡介：測試描述 測試

統計學

講師：Terry Tung

簡介：Ch1 敘述統計 1. 集中趨勢（Central Tendency）用來找出資料的中心點在哪裡： 平均數（Mean）、中位數...

考前60天◆經濟學

講師：Terry Tung

簡介：高普考、初考、三四五等、國營適用！ 個經＆總經 6 大章節分類(供需、成本、市場、凱因斯、成長、貨幣) 章...

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黑堡宣言

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44.下列何種惡性病最可能以化學治療藥物（chemotherapy）治癒？ (A)non-smal cell lung carcinoma (B)colorectal carcinoma (C)seminoma (D)chronic myeloid leukemia

40.66歲男性，自訴以往健康良好。2個月前發現有兩側頸部、腋下與腹股溝淋巴結腫大，經左側淋巴結切片檢 查診斷為angioimmunoblastic T cell lymphoma（AITL），接受全身性化學治療，處方為標準劑量的CHOP （cyclophosphamide, adriamycin, vincristine和prednisolone）。病人於化療2週後返回門診，主訴上腹脹、 排便困難及手指指尖麻木，醫師懷疑可能發生ileus。此副作用最可能由下列何種藥物引起？ (A)cyclophosphamide (B)adriamycin (C)prednisolone (D)vincristine

36.標靶治療藥物imatinib是何種蛋白的抑制劑? (A)Bcr-Abl (B)PML-RARa (C)NF-KB (D)EGFRa

50. The postsynaptic response at a chemical synapse depends on both the neurotransmitter released from the presynaptic neuron and the receptor present on the postsynaptic membrane. Which of the following statements about neurotransmitters is NOT correct? (A) The magnitude of synaptic transmission can be influenced by the amount of neurotransmitter released. (B) Released neurotransmitter molecules can be taken back up into the presynaptic neuron. (C) A single neurotransmitter can activate both ionotropic and metabotropic receptors, producing distinct physiological effects. (D) In the adult human brain, the amino acid gamma-aminobutyric acid (GABA) is a neurotransmitter that typically depolarizes the postsynaptic neuron, making it more likely to fire an action potential. (E) Certain gaseous molecules, such as nitric oxide (NO), can act as retrograde neurotransmitters and are not stored in synaptic vesicles before release.

51. Often referred to as the "hunger hormone," __________ is a peptide hormone secreted primarily by endocrine cells of the stomach. Its concentration rises sharply before meals to stimulate appetite-regulating centers in the hypothalamus and declines following stomach distension after food intake. (A) glucagon (B) peptide YY (PYY) (C) leptin (D) ghrelin (E) insulin

52. A normal heartbeat begins with spontaneous electrical activity that coordinates atrial and ventricular contraction. Which of the following describes the correct physiological sequence of electrical conduction in the human heart? (A) signals from the sinoatrial (SA) node spreading through atria → signals delayed in the atrioventricular (AV) node → bundle branches passing signals to the heart apex → signals spreading upward throughout ventricles via Purkinje fibers. (B) signals from the atrioventricular (AV) node spreading through atria → signals delayed in the sinoatrial (SA) node → bundle branches passing signals to the heart apex → signals spreading upward throughout ventricles via Purkinje fibers. (C) signals from the sinoatrial (SA) node spreading through ventricles → signals delayed in the atrioventricular (AV) node → bundle branches passing signals to the heart apex → signals spreading upward throughout atria via Purkinje fibers. (D) signals from the sinoatrial (SA) node spreading through atria → bundle branches passing signals to the heart apex → signals delayed in the atrioventricular (AV) node → signals spreading upward throughout ventricles via Purkinje fibers. (E) signals from the atrioventricular (AV) node spreading through atria → bundle branches passing signals to the heart apex → signals delayed in the sinoatrial (SA) node → signals spreading upward throughout ventricles via Purkinje fibers.