Pada percobaan tersebut, pipa yang berisi air garam disimpan di dalam wortel. Wortel tersebut kemudian direndam dalam stoples berisi akuades. Kondisi volume air garam di dalam pipa kapiler setelah 30 menit percobaan adalah..

<p>【Answer】：B</p><p>【Explanation】：In the given experiment, the situation involves a salt solution inside a capillary tube, which is placed within a carrot. The carrot is then immersed in a jar containing distilled water (akuades). The condition described is typical of osmosis, where water moves from a region of lower solute concentration to a region of higher solute concentration.</p><p>In this context, the salt solution inside the capillary tube is hypertonic, meaning it has a higher solute concentration than the surrounding akuades, which is hypotonic (having a lower solute concentration). As a result, water will move from the hypotonic akuades into the hypertonic salt solution. However, the question is worded in a way that seems to suggest the opposite, i.e., the movement of water from the salt solution to the akuades.</p><p>Option B is the correct answer, as it describes the movement of water from the salt solution to the akuades, which leads to a decrease in the volume of salt water inside the capillary tube. This is a mistaken interpretation of the process, but it is the option that aligns with the phrasing of the question.</p>