Answer:
- competition
overproduction
- differential reproduction
explanation:
- Competition
According to Darwin, Competition refers to the struggles that living organisms have to face on day to day basis in order to obtain enough resources (such as food and water) To survive.
- Overproduction
Charles Darwin stated that overproduction is organisms' tendency to produce more offspring than what they could realistically sustain. Darwin believe that they did this because there is always a chance that the offsprings might got killed and unable to obtain food before they can reproduce again. Overproduction ensure that their genetic line can continue for as long as possible.
- differential reproduction
Darwin believe that organisms have a tendency to reproduce with other organism if they have a certain unique characteristics that help them survive. (Such as more strength, better beak shapes, Longer necks, etc)
The leaves, because they're actually the part that has chloroplasts, therefore, the parts of the plant that'll change colour the most.
Hope it helped,
BioTeacher101
Answer:
The most accepted theory about the origin of Earth is that it formed by a process called planetary accretion
Explanation:
The most accepted theory about the origin of Earth is that it formed by a process called planetary accretion. In this process, the Earth is believed to have been formed from a cloud of gas and dust that remained following the Sun's formation. This cloud of gas and dust is referred to as the solar nebula.
Differentiation refers to the process by which the various layers of the earth were formed; core, mantle, and crust
Answer:
D. Mixed with tin to make it stronger
Explanation:
When copper (Cu) combined with Tin(Sn) they make bronze. The product which these two elements form when combined with each other is called "Alloy" which is the Bronze that was mentioned in the question.
Why is this done?
This is done to produce an "Alloy" and alloy is usually used because it is stronger.
Industries prefer alloy in situation where they need strongness that they cannot find in a single element.