Answer:
b. is the answer ..... btw hope you have a great fay
Answer:
A blood disorder involving lower-than-normal amounts of an oxygen-carrying protein.
Thalassemia is an inherited blood disorder characterised by less oxygen-carrying protein (haemoglobin) and fewer red blood cells in the body than normal.
Answer:
The correct answers are: Glucose, Sucrose.
Explanation:
- The given question is an example of a Chemical Reaction.
- A Chemical Reaction can be defined as the process by which two or more substances interact with each other in such a way that a rearrangement of chemical bonds and molecular position occurs in them. This alteration in bonds and molecular position results in the formation of a new substance.
- In a chemical reaction, the substances which are responsible for interacting with each other are called the Reactants.
- In a chemical reaction, the new substances those are formed are called the Products.
- A Chemical Reaction can be represented as follows:
W + X → Y + Z.
- Here, W and X are reacting to form Y and Z.
- So, W and X are the Reactants.
- Y and Z are the Products.
- As the Reactants react to form the Products, so the arrow → is represented from the Reactant to the Product.
- In the given question,
glucose + fructose → sucrose + water
- As arrow → always direct from Reactants to the Products, so the left side of the arrow will be the reactants and the right side of the arrow will be the products.
- Hence, the Reactants are Glucose and Fructose.
- The Products are Sucrose and Water.
- So, Glucose and Fructose undergo chemical reaction to form Sucrose and Water.
Hardness is the answer I believe
Answer:
On the basis of Chargaff's rule, in a double-helical DNA, A = T and G = C (Here A means adenine, T means thymine, G means guanine, and C means cytosine. For X, A is given 32%, therefore, T must be 32%, and the leftover 36% is to be distributed equally between G and C. Thus, G = C = 18% each.
The assumption formed is that the DNA is a double-stranded structure. The species that exhibits higher G + C content in the molecule of a DNA is steadier at higher temperatures as it melts at high temperature. The species Y, which exhibits G + C in total as 66% is the thermophilic bacterium between the two.
