See the attachment for the detailed diagram which will determine the relationships between these species.Also the <span>Rank of the species from most closely related to horseflies to most distantly related to horseflies is mentioned.
Hope it helps.
</span>
1. B
2. C
I hope this helped!
Answer:
Parasitism
Explanation:
First, let's define each term.
<u>Mutualism:</u> A symbiotic relationship where both organisms benefit
<u>Commensalism: </u>An association where one organism benefits, and the other is not harmed or benefited.
<u>Neutralism: </u>2 organism interact but they have no effect on each other.
<u>Parasitism: </u>A symbiotic relationship where a parasite lives in or on another organism and harms the organism.
A dog and a tick are an example of parasitism. The tick lives on the dog and drinks the dog's blood. This is the food for the tick, so the tick is benefiting by gaining a food source. The dog can be harmed if the tick is carrying a disease, such as Lyme disease.
Answer:
Answer is below.
Explanation:
Photosynthesis is a process that involves three main actors (or ingredients); sunlight, water, carbon dioxide.
Statistics has it that there was no sunlight all through the day.
- Let's check then if there was availability of water and the gas carbon dioxide.
There was rainfall all day
- This means that some photosynthetic activity would take place.
What about the gas that plants breathe in?
- There is always substantial amount of CO₂ in the atmosphere.
A SECOND WAY TO LOOK AT IT IS:
by checking the two stages of photosynthesis.
- In the first stage, sunlight is the main actor. Sunlight is trapped and stored as energy in the chloroplasts of green plants.
- In the second stage, CO₂ is the main actor. With CO₂, the chemical compound - from the first stage - ATP is used to produce sugar and organic compounds which are the food of/for green plants.
Answer:the right option is the second one because this species could be envolted just because of natural selection
Explanation: