Explanation:
A + B + C → D
Given rate law of the reaction :
a) Rate of the reaction if [A] is doubled = R'
R' = 4 × R
The rate of the reaction will change by factor of 4.
b) Rate of the reaction if [B] is reduced to quarter = R'
R' = 0.25 × R
The rate of the reaction will change by factor of 0.25.
c) Rate of the reaction if [C] is increased by 3 times= R'
Rate law of the reaction :
As we can see that [C] does not appears in rate law of the reaction, which means that rte of the reaction is independent of [C].
R' = R
The rate of the reaction will remain the same.
The expected rate constant value for this experiment:
Cenozoic
B.
Precambrian
C.
Mesozoic
D.
Paleozoic
The supercontinent Pangaea split up during the Mesozoic era. Option (C) is hence the appropriate response.
The late Paleozoic and early Mesozoic ages saw the existence of the supercontinent known as Pangaea or Pangea During the Carboniferous period, around 335 million years ago, it was formed from the earlier continental blocks of Gondwana, Euramerica, and Siberia.
At the conclusion of the Triassic and the start of the Jurassic periods, about 200 million years ago, it started to disintegrate.
Pangaea was centered on the equator and encircled by the Paleo-Tethys and later Tethys Oceans, as opposed to the modern Earth and its spread of continental mass.
The newest supercontinent to have existed was Pangaea, and it was also the first to be recreated by geologists.
Learn more about Pangaea, from:
#SPJ5
Oligarchy is the rule of the few in a generic way where on the other hand aristocracy is a form of governing where administration or power is in the hands of a special class of people. Aristocrats are connected to royal families through blood, whereas an Oligarchy is not.
Oligarchy is the rule of the few in a generic way where on the other hand aristocracy is a form of governing where administration or power is in the hands of a special class of people. Aristocrats are connected to royal families through blood, whereas an Oligarchy is not.