Answer:
Both shrimp and algae are interdependent on each other and need sunlight, without which both die.
Explanation:
- The lifespan of shrimp in the ecosphere is about 2 to 3 years and may live for about 10 years. The availability of sunlight leads to the growth of algae and which provides food and oxygen for the shrimp as they release carbon dioxide.
- Due to the overflow of carbon dioxide and the unavailability of r sunlight for the processing of oxygen in the ecosphere, the algae and other shrimp die. As the balance of the ecosphere is disturbed the photosynthesis will not take place.
Answer:
No, light can't cause the butterfly's wing's to glow.
Explanation:
Butterflies contain wings which are of different colors for attractiveness and also to show warning alarm for it's predator. They are attracted to light but they can't absorb sun light.
Their wings contain scales that are of different color.
Geographical Isolation is the mechanism that might have led to the appearance of the Hawaiian honeycreeper.
Geographical Isolation is the term used that refers to a population of animals, plants, or other organisms that are separated and unable to exchange genetic materials with other organism of the same species.
Geographical Isolation may be a result of coincidence or accident.
Here are some factors of Geographical Isolation:
1) Isolation by barriers
2) Isolation by distance
3) Isolation after an Event
4) Isolation by separation
Ok so in this experiment what we want to find is the catalyst for the reaction. Our original reaction is the following. A + B --> C, therefore to find which of the unknown substances (X, Y, and Z) is the catalyst reaction we simply have to do the following:
A + B + X --> C
A + B + Y --> C
A + B + Z --> C
The reaction that produces C much faster than our original reaction A + B --> C will be our catalyst. The reason being that one of the substances will increase the rate of the chemical reaction.
I hope it helps, Regards.
The fact that they do not dissolve shows that it is a lipid. This is further supported by the fact that the liquid remains collect to form a giant droplet. This occurs as oil/lipids are hydrophobic and thus tend to collect in clumps.
