The pI values for all of the animal insulins would be similar to human insulin (with the exception of
chicken and duck) because the amino acid changes all involved neutral amino acids. Chicken insulin would
be more basic (because of the histidine substitution) whereas duck would be more acidic (because of the
glutamate substitution.)
3.4 is greater because if you add an imaginary zero then it would be 3.40 and now the place values are equal.
The animal you would be is a rabbit.
.72 would be greater because .5 would also equal .50
This would be the mean, which is what is usually meant by the average of the values.
There are infinitely many and it is not possible to enumerate them. Besides, most mathematicians would refer to n-gons for most integer values of n that are greater than 12 - even though a classican name might exist.
3.4 is greater because if you add an imaginary zero then it would be 3.40 and now the place values are equal.
Plankton
The broader the definition, the greater the number of organisms it covers. For example, defining "animal" would cover more organisms than defining "dog."
The scientific or taxonomic name would be Tympanuchus cupido pinnatus.
Without animal testing, humans would have a greater risk of dying if expirementing with products that people have no idea whether it is harmful or harmless. Personally I don't agree with animal testing, but what other choice do we have?
That would depend on their values because 11 is greater than 10 but 9 is less than 10
To determine if one number is greater than another, you can compare their values directly. If the first number is larger than the second, it is considered greater. For example, if you have the numbers 5 and 3, since 5 is larger than 3, you would say that 5 is greater than 3. You can also use a number line or mathematical symbols (like > for "greater than") to illustrate the comparison.
According to the color data the RGB values for airblue would be 127,255,212. This is the closest to airblue for the RBG values. The next would be Aquamarine.
The range of a function (or equation) is the set of all Y values it reaches. For example, Y = X+2 would reach all real values of Y over the course of all X values. However, Y = X2 would have a range of Y greater than or equal to 0 because no matter what value of X is put in, Y will never be negative. MORE ANSWER...Equations are input and output. Your input value is x, the output value is y. All allowd values of x create an output in y. The x inputs are the "domain values", the y outputs, as a result of x are the "range" values.
If 0.97 is rounded to the nearest whole number, it would round up to 1. This is because when rounding, values of 0.5 and above are rounded up to the next whole number, while values below 0.5 are rounded down. Since 0.97 is greater than 0.5, it rounds up to 1.
I'm not a scientist but I would say the greater the force, the greater the erosion. A larger wave has more mass, and would exert more force on what it hits. The greater force would have greater potential for knocking particles loose from what it hits - erosion. The speed of the wave would have a similar effect - greater speed equals greater fore and greater erosion.
In Mathematics, an inequality is a relation which holds between two values when they are different. 100 is 10 times greater than 10, meaning if 10 is multiplied by 10, the answer would be 100.