After you factor out the GCF, you will have as many as terms inside the parentheses as you had before.
Assuming GCF stands for Greatest Common Factor, those terms are incompatible.
There are 24 episodes of Monochrome Factor.
4 is a factor of 28. 4 is a divisor of 28. 7 is a factor of 28. 7 is a divisor of 28. 28 is a multiple of 7. 28 is a multiple of 4. 28 is a product of 4 and 7. 28 is divisible by 4. 28 is divisible by 7.
10
Eight of them.
The formula for cobalt acetate is Co(C2H3O2)2. According to the formula, there are four carbon atoms in each formula unit. When an ion is in parentheses, you multiply the subscripts inside the parentheses times the subscript outside the parentheses to find the total number of atoms of an element.
1
Four syllables.
The formula for aluminum nitrate is Al(NO3)3, so there are 9 oxygen atoms. Multiply the number of oxygen atoms inside the parentheses times the subscript outside the parentheses.
Assuming GCF stands for Greatest Common Factor, those terms are incompatible.
If you put in parentheses, you can change the order of operations in many cases, as parentheses come before everything in the order of operations.
You should factor a2 - 9 and 4a2 - 4a + 1 by using certain algebraic properties listed below. First: (x + y)(x - y)=x2 - y2 Second: (x - y)(x - y)=x2 - 2xy + y2 So to factor a2 - 9 you use the first property to determine it is (a + 3)(a - 3). To factor 4a2 - 4a + 1 you use the second property to get (2a - 1)(2a - 1).
2 they are shift+9 or shift+0
24: The answer to the number of atoms present in a formula that does not include parentheses is always the sum of all the subscript numbers in the formula plus one for each type of atom shown without a subscript. If the formula does contain parentheses, all the subscript numbers inside the parentheses should be multiplied by the subscript number after the closing parenthesis itself before the sum of all subscripts is taken.
It a Factor that is Intentionally varied by the experimenter in Retarded terms it means something that's experimented with many different times trying to get a certain result
In aluminum chromate, the chemical formula is Al2(CrO4)3. This means that there are a total of 12 oxygen atoms in aluminum chromate (4 oxygen atoms in chromiumate ion multiplied by 3 chromiumate ions).
The subscript outside the parentheses applies to all the elements within the polyatomic ion. It indicates how many of the entire polyatomic ion are present in the compound.