Answer:
An error in DNA replication
Explanation:
B. to protect Europe from invasion by foreign countries
C. to create ethnic and political divisions within Europe
D. to assist with the reunitification of Germany
Answer:
10°C.
Explanation:
Heat released in any system can be calculated as follows:
Heat released = m c DT
Here, m is the mass , c is the specific heat and DT is the change in temperature.
Heat released = 200 kcalories = 200,000 calories
The mass of water = 20 kg = 20000 g
The specific heat of water = 1 cal / g degree
The rise in the temperature is as follows:
heat released = m c DT
200,000 = 20,000 ( 1) (DT)
DT = 10°C.
Thus, the answer is 10°C.
Coelomates are animals which body cavity (coelom) is filled with fluid. Fluid surrounds organs, protects them and allows their free movement and growth. All vertebrates and some invertebrates, such as mollusks, annelids, and arthropods, are coelomates.
B. Second messengers are short-lived because cytoplasmic enzymes convert them to their inactive forms.
C. When G proteins hydrolyze GTP to GDP, they become inactive and halt production of second messengers
D. Phosphatases terminate phosphorylation cascades by adding phosphate groups to proteins in the phosphorylation cascade.
The statement- "Phosphatases terminate phosphorylation cascades by adding phosphate groups to proteins in the phosphorylation cascade." is false. option D is correct.
In a phosphorylation cascade, protein kinases, the phosphorylate proteins and protein phosphatases dephosphorylate them.
For a phosphorylation cascade, the source of phosphate is ATP (adenosine triphosphate). In a phosphorylation cascade, a phosphate group is transferred from ATP to a protein, which activates or deactivates the protein, depending on the specific cascade.
This process in which phosphate group is transferred from ATP to protein is carried out by enzymes which are known as protein kinases.
Thus, option D is correct.
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Answer:Phosphates terminate phosphorylation cascades by adding phosphate groups to proteins in the phosphorylation cascade.
Explanation:
d. holocaust.