Answer:
Details help to find specific information
Details give more information about the subject
Details help to keep the reader interested
Explanation:
Okay, read the sentences
She sat down.
She sat down on the very uncomfortable-looking throne that was gilded with huge precious stones.
Not only is the second sentence more entertaining, it gives more information, we now know that whoever this is, is of high status.
Answer:
If you ate the cake the protein in the cake would become denatured
Explanation:
As you eat the cake the salivary amylase in the mouth will begin to digest the carbohydrates. in the stomach the pH is around 2. This is a highly acidic environment.
At this point in digestion the stomach acids present will begin to act on the protein inside the cake. This protein will become denatured firstly, because of the stomach environment.
The cake will continue to pass along the digestive tract hereafter.
Answer:
a) Genes b and c are farthest apart.
Explanation:
Transformation occurs when a competent bacteria cell takes up genetic material from the environment. Usually a donor cell donates its gene fragment which is then incorporated into the chromosome or plasmid of recipient bacterial cell.
Cotransformation occurs when two genes are taken up together by the recipient. The closer the genes lie to each other, more are the chances of them being taken up together. Contransformation frequency will be higher if two genes are close to each other. Here, cotransformation frequencies between three genes are given. Amongst them, the lowest frequency is 0.0064% which is present between gene b and c. Hence, gene b and c are the farthest apart.
Proteins, among the most complex of all organic compounds, are composed ofamino acids , which contain carbon, hydrogen, oxygen, and nitrogen atoms. Certain amino acids also have sulfur atoms, phosphorus, or other trace elements such as iron or copper.
Answer: Weak.
Explanation:
The complete question is:
Scientists use a substance called Iodine-131 to treat cancer. As Iodine-131 undergoes radioactive decay and emits beta particles, it kill cancer cells. Which fundamental force is being used in this type of treatment?
Well, here we have beta decay.
Beta-decay is when a beta particle (an electron or a positron) is emitted from an atomic nucleus (usually a neutron-rich nucleus). We know that beta decay is a consequence of the weak force or weak interaction (the force responsible for the radioactive decay of atoms)
Then the correct option is the second one, weak.
