Add all weighs together
calculate carbons weigh
(carb weigh/total)×100
Cystine is dimer of Cystein amino acid formed by oxidation reaction. Its main function is to provide mechanical strength to proteins and allow them to retain their 3-D structures and also serves as a substrate for the cystine-glutamate antiporter.
As shown in figure cystine has two amino groups (highlighted blue) and two carboxylic groups (highlighted green). In its original structure cystine is neutral in nature as it has equal number of basic (NH₂) and acidic (COOH) moieties along with two chiral centers (asymmetric carbons) highlighted with red spots.
When one -NH₂ group is replaced by -COOH group the cystine is converted into an acidic compound with three COOH groups and a NH₂ group. Also, one asymmetric carbon will convert into a symmetrical carbon with a loss of one chiral carbon.
In second step, when another NH₂ is replaced by COOH, the acidic strength of resulting compound will increase along with conversion of last chiral carbon into symmetric carbon.
Therefore, the final structure will be acidic in nature with zero chiral carbons as shown in figure attached below.
Pressure Plates there is different types of plates also
The car is not accelerating in terms of speed
however it is accelerating in terms of velocity as velocity has a directional component and the direction is changing
Answer:
1. most of the space inside an atom is vacant.
2. there is a tiny dense nucleus on the centre of atom.
Explanation:
since most of the alpha particle ere unscattered on passing through the gold foil he said that most part of atom is vacant. also as some alpha particle got strongly deflected on passing through the center he also made conclusion that the nucleus is small and positively charged and at the center of atom.