We know that reate constant (-Ea/RT)
K = Ae^(-Ea/RT)
A = frequency factor
Ea = activation energy
R = constant
T = temperature
Let us take two rate constants
<span>K1 = Ae^(Ea1/RT) </span>
K2 = Ae^-(Ea2/RT)
K2 = K1/H
<span>H = e^ (Ea2/RT - Ea1/RT)</span>
1.386 = 1/RT (Ea2 – HG Kj/mol)
<span>Substituting everything to the equation, we get 3.43 kJ/mol</span>
B. Muscle cell, also known as myocytes, have more abundant mitochondria than the other cells listed. This is primarily due to the fact that sustained muscular contractions require massive amounts of cellular energy, transported throughout the cell within the phosphate bonds of Adenosine Tri-Phosphate (ATP) molecules. Mitochondria are the cells' organelles that produce ATP, giving them the nickname "energy powerhouses of the cell."
There are 8 planets in our solar system :)
B. meiosis. This process randomly rearranges the pairs of homologous chromosomes in formation of the sex cells. In addition, there is crossing-over of the chromatids while the homologous chromosomes are synapsed during meiosis I.
