Je ne peux pas vraiment expliquer la réponse à cause de la confusion présente dans votre question, mais je vous encourage à formuler des questions plus claires la prochaine fois.
Answer:
99% water, sodium chloride, trace elements of waste, and vitamin C
Explanation:
Eccrine glands are the primary sweat glands present in our body. They are distributed throughout the skin, but are denser on the palms, soles, and scalp.
99% of the secretion from eccrine glands consists of water, with the remaining 1% comprising sodium, small amounts of waste, and a significant quantity of vitamin C being excreted through these glands.
Since the eccrine gland facilitates sweating, it plays a crucial role in regulating body temperature. Given that 99% of its secretion is water, dehydration and fluid loss become significant concerns during heavy sweating.
Organisms vie for essential resources such as air, water, food, and space within an ecosystem. This competition can occur both among individuals of the same species (intraspecific) and between different species (interspecific). It is a crucial subject in ecology. The struggle for food, in particular, exemplifies this interaction, as seen in the competition for food between hyenas and lions within their ecosystem.
Answer:
Remove all wildlife from the bay.
Explanation:
An algal bloom refers to the excessive proliferation of algal species within a body of water, often triggered by nutrient overload from pollutants, a process known as Eutrophication.
The occurrence of an algal bloom signifies pollution within that water body, leading to bacterial degradation of the pollutants. As bacteria metabolize pollutants, they consume large amounts of dissolved oxygen in the water, drastically decreasing oxygen levels. This situation poses a significant threat to aquatic organisms that depend on oxygen, resulting in possible animal suffocation or starvation.
Therefore, the priority action upon detecting an algal bloom in a bay is to evacuate all wildlife to avert mass deaths.
This illustrates the dissolution of carbonates.
When carbon is combined with minerals, it dissolves carbon. This process alters the minerals that hold calcium, magnesium, potassium, and sodium. Rainwater, which is mildly acidic, attacks limestone formations, leading to the dissolution of the constituent minerals that wash away.
