Answer:
Adaptive radiation
Explanation:
Adaptive radiation refers to the evolution of the multiple species from one ancestral species. The force which drives the formation of new species is the change of natural environment like the availability of resources, niche, and many other related changes.
The species adapt themselves to these changes and get transformed into new species.
The formation of a variety of species of finches on the Galapagos island is an example of adaptive radiation. The species formed as a result of the food resources they received on the island.
Thus, Adaptive radiation is the correct answer.
A substance that causes pigment particles to adhere (stick) to one another and remain attached to the surface of a painting is called a: binder.
<h3>What is painting?</h3>
Painting can be defined as a process that involves coating the surface of an object or body, especially through the application of a paint.
In painting, color is most notably and primarily provided by pigment.
<h3>What is a binder?</h3>
A binder can be defined as a substance that causes pigment particles to adhere (stick) to one another and remain attached to the surface of a painting.
In conclusion, a binder is a substance that makes it possible for pigment particles to stick completely together to one another and remain attached to the surface of a painting.
Read more on painting here: brainly.com/question/17996239
It’s the third one because if an organism dies off because it’s not evolved to match an environment that’s natural selection
A burglary is something planned and detailed thoroughly (breaking into a bank). a robbery is something kind of wreck less (robbing a gas station)
Answer:Proteins are synthesised (made) by the ribosomes using messenger RNA transcribed from DNA in the nucleus.
Explanation:
In every eukaryotic cell, such as plants and animals, there is DNA in the nucleus. The nucleus is an area surrounded by a membrane (nuclear membrane) which has some pores for materials to enter and exit, but these are controlled. The DNA is the cell's instructions, it is a series of code that can be transcribed and translated to make proteins. As in the image below DNA is a series of bases attached to a sugar phosphate backbone and bonded to another base pair to made a ladder, this ladder is twisted making the shaped called a double helix . There are four base pairs: Adenine (A), Thymine (T), Guanine (G), and Cytosine (C). The bases have bases they bond to making complementary base pairs , A and T bond together while the C and G bond together. on each strand of DNA one end is labelled 5' (read as 5 prime) and other end is the 3'. The 5' end base pairs of one strand are always attached to the 3' end of the complementary strand. Labelling the ends helps us to describe in which direction DNA is read.
