Answer:
g=1
Step-by-step explanation:
Given equation is \[−3+5+6g=11−3g\]
Simplifying, \[2+6g=11−3g\]
Bringing all the terms containing g to the left hand side and the numeric terms to the right hand side,
\[6g + 3g=11−2\]
=> \[(6 + 3)g=9\]
In other words, \[g=\frac{9}{9}\]
Or, g = 1
The given equation is satisfied for g=1.
Validation:
Left hand side of the equation: -3+5+6 = 8
Right hand side of the equation: 11-3 = 8
Answer:
31.5 or 32
Step-by-step explanation:
Divide 126 by 4
The denominator of any fraction cannot be equal to zero. This is because if the denominator is equal to zero, the, the fraction itself would be "undefined".
Applying this to the above mentioned problem, we will find two denominators including the term "x". These two denominators cannot be equal to zero.
First fraction:
1/x ..................> x cannot be equal to zero
Second fraction:
1/(x^2 - 3x -4) = 1/(x - 4)(x + 1)
The denomination will be equal to zero if x = 4 or x = -1
........> x cannot be equal to 4 or -1
Based on this, the restrictions on x are as follows:
x cannot be equal to 0,4 or -1
B. I mean it’s super easy but I hope it helps
Answer:
26/52 50%
Step-by-step explanation:
52 cards in a deck, 26 are black and 26 are white.
