More like an herb. Coltsfoot (tussilago) is salty tasting when roasted and powdered. Glasswort (salicornia) is high in sodium and is used to make soda-based glass and soap. Also seaweeds like kelp.
when a vegetable is placed in very salty water, the vegetable becomes soft and collapses. Why does this happen?
when a vegetable is placed in very salty water, the vegetable becomes soft and collapses. Why does this happen?
when a vegetable is placed in very salty water, the vegetable becomes soft and collapses. Why does this happen?
when a vegetable is placed in very salty water, the vegetable becomes soft and collapses. Why does this happen?
The cells of the vegetable loose their water
The cells of the vegetable lose their water
When a vegetable is placed in salty water, osmosis occurs, causing water to move out of the vegetable cells into the surrounding saltwater. This loss of water leads to a decrease in turgor pressure, which is essential for maintaining the vegetable's firmness and structure. As a result, the cells become less rigid, causing the vegetable to soften and collapse.
when a vegetable is placed in very salty water, the vegetable becomes soft and collapses. Why does this happen?
The cells of the vegetable lose their water
The cells of the vegetable lose their water.
When a vegetable is placed in very salty water, osmosis occurs, causing water to move out of the vegetable's cells into the saltier solution. This loss of water leads to cell dehydration, which makes the vegetable soft and causes it to collapse. The salt concentration outside the cells creates an imbalance that disrupts the vegetable's internal structure, resulting in a wilted appearance.
When a vegetable is placed in very salty water, the process of osmosis occurs, where water moves out of the vegetable's cells into the saltier solution. This results in the loss of turgor pressure, which is the pressure of the cell contents against the cell wall, causing the vegetable to become soft and collapse. The high salt concentration causes dehydration in the cells, leading to a wilting effect.