Answer:
(3) declare independence from England
Explanation:
Thomas Paine wrote the book <em>Common Sense</em> which was about why the colonies should declare independence from England. Interestingly, the book was not published until <em>after </em> the start of the Revolutionary War.
Answer:
animal, plant, fungi, protist and monera
Explanation:
hope thats right i reserached it.
Answer:
The correct answer would be "They are stored as fat".
In animals, the excess of carbohydrates or glucose is first converted into glycogen (polysaccharide) through the process called glycogenesis. It is then stored in the liver and skeletal muscles.
When glycogen reservoirs are saturated, excess carbohydrates, as well as proteins, are converted into fats which are then majorly stored in adipose tissues.
Adipose tissues serve as the long-term energy storage reservoirs.
Let’s say John’s age is x. Jim’s age is y. And Dana’s age is z. Then the equation would be:
1.) x + y + z = 167.
We also know that John (x) is 3 years older that Jim (y), so we can make the equation:
2.) y + 3 = x
We know that Jim (y) is 4 years younger than half of Dana’s age (z), so we can make this equation:
3.) z/2 - 4 = y
Now we can combine these equations so that we only have one variable remaining.
The second and third equation can combine to create:
4.) (z/2 - 4) + 3 = x
Then combine the first, third, and fourth equations to have only z as a variable.
5.) ((z/2 - 4) + 3) + (z/2 - 4) + z = 167
Simplify the fifth equation by isolating the variable:
z = 86
Dana’s age is 86. Now plug this into the remaining equations.
86/2 - 4 = 39
Jim is 39. Plug this number into the second equation.
39 + 3 = 42.
John is 42.
FINAL ANSWER:
John = 42
Jim = 39
Dana = 86
Some mutations<span> don't have any noticeable </span>effect<span> on the phenotype of an organism. This can happen in many situations: perhaps the </span>mutation<span> occurs in a stretch of DNA with no function, or perhaps the </span>mutation<span> occurs in a protein-coding region, but ends up not affecting the amino acid sequence of the protein.</span>
