Which of the following shows all of the tripeptides that can be formed from one molecule each of lysine (Lys), threonine (Thr),
and hisitidine (His)? Which of the following shows all of the tripeptides that can be formed from one molecule each of lysine (Lys), threonine (Thr), and hisitidine (His)? LysThrHis, LysHisThr, HisLysThr LysThrHis LysThrHis, LysHisThr, HisThrLys, HisLysThr, ThrLysHis, ThrHisLys LysThrHis, LysHisThr, HisLysThr, ThrHisLys LysThrHis and LysHisThr
You easily combine the options for the tripeptide if you made a chart
Also you can calculate the posibilities with the factorial function in the calculatio (x!): 3*2*1 (you can multiplicate the number of amoniacids by the followed numbers until 1) = 6
These are amino acids Lysine, Threonine and Histidine involved in the formation of a tripeptide. The three amino acids can form a tripeptide in six different combinations. Arranging them, starting from Lysine (Lys) as in the question will give two different combinations, then starting with the other two amino acids will produce two different combinations each as well
This gives us a total of 6 possible arrangements if the three amino acids are used once to form a tripeptide.
Explanation: Sclerenchyma cells are thick cells that provide support in plants. They have thick cell walls lined with lignin. They possess extremely thick cell walls which gives rigidity and support to the plant body. Their main and primary function is to give support and structure to the plant.
Sclerenchyma cells don't have protoplast that mean the cells are dead at maturity.
Explanation: Reason why is because whenever the roots put pressure on the rock it cracks open and all the minerals release so it has to be going thru a chemical change because the roots receive the minerals from the rock or stone ...
