Step-by-step explanation:
Consider the provided equation.
P=2(l+w)P=2(l+w)
We need to solve the equation for I.
Divide both the sides by 2.
{P}{2}=\frac{2(l+w)}{2}2P=22(l+w)
{P}{2}=l+w2P=l+w
Now isolate the variable I.
Subtract w from both side.
\{P}{2}-w=l+w-w2P−w=l+w−w
I{P}{2}-wI=2P−w
The value of the equation for I is I=\frac{P}{2}-wI=2P−w .
Idk but this might help o_o
Answer:
Step-by-step explanation:
CH4
carbon and hydrogen (4)
O2
oxygen (2)
CO2
carbon and oxygen
2H20
hydrogen and oxygen (water) (2)
Answer: Dominant. The answer is dominant.
Answer:
- Only a factor of 6 was removed from the second term. A factor of 6x should have been removed.
- 6x(5 -2y)
Step-by-step explanation:
The distributive property lets you apply a multiplier to a group of terms. The entire multiplier is applied to each and every term. When making use of this property to rewrite expressions, one must make sure the rewritten expression is completely equivalent to the original.
... 30x -12xy = 6x·5 -6x·2y = 6x(5 -2y)
_____
6x(5 -2xy) = 30x -12x^2y ≠ 30x -12xy
The second term in parentheses has a factor of x that shouldn't be there.
