There are two correct statements, they are:
1. The universe looks the same from all directions, but can change and evolve over time.
4. Scientists can study the universe because the cosmological principle suggests that any physical laws or processes are the same for the entire universe.
Answer:
Homology refers to the similarities between the group of species that share the common ancestor. The homology individuals arise from a common ancestor. They shows divergent evolution. The basic structure in homology is similar. The organs perform different function. They occur due to the evolutionary process.
Homoplasy refers to the shared characters of the group of species that do not share the common ancestor. The homoplasy do not involve the common ancestor. They shows convergent evolution. The basic structure in homoplasy is different. The organs perform the similar function. They occur due to the adaptation in different habitats.
Egg whites are separated out before pasteurization.
First, the eggs are washed and candled. They are then broken
and yolks and egg whites are separated. The liquid eggs run through a filter to
make sure there are no more egg shells. The liquid egg whites the pass through
pipes heated at temperatures that can kill the microorganisms without cooking
it. It is then cooled and packaged for use
The high surface tension of water, so as many other of its properties, is due to the strong attraction force created by the hydrogen bonding, which is the attraction between neighbors hydrogen atoms (with a partial positive charge) and oxygen atoms (with partial negative charge)
Answer is its hydrogen bonding.
Answer: B)
Explanation:
The glycoprotein and glycolipid carbohydrate chain forms the hydrogen
bond with water molecules to help stabilize the membrane structure.
When it comes to glycoproteins and glycolipids and their bond we can say that their carbohydrate chain is forming a hydrogen bond with water molecules that are surrounding the cell and thus. In this case, they are helping in the stabilization of membrane structure. They are used as receptor molecules.
