logbasev of (3x) + logbasev of 3(x-2)=1. Condense: logbasev of [3x(3)(x-2)]=1. Simplify: logbasev of [9(xsquared)-18x]=1. Convert to exponential form: v=9(xsquared)-18x. Set the equation equal to zero: 9(xsquared)-18x-v=0. Use the quadratic formula: x=[18±√(324+36v)]/18. Simplify: x=[18±√{36(9+v)}]/18. Simplify further: x=[18±6√(v+9)]/18. Factor out 6 everywhere: x=[3±√(v+9)]/3]. That is the final answer.
Yes, and parenthesis are the first thing you solve.
You square the number in the parentheses.
Parenthesis, Exponents, Multiplication, Division, Addition, Subtraction
Parenthesis
You expand the parenthesis out first. Then simplify the rest.
7a=2(-10)........................................answer is 20/7
Parentheses is when you are doing an equation, and you solve the problem.
Yes, and parenthesis are the first thing you solve.
You square the number in the parentheses.
There is no indication as to what B represents and consequently no possibility of answering the question.
Parenthesis, Exponents, Multiplication, Division, Addition, Subtraction
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Parenthesis
You expand the parenthesis out first. Then simplify the rest.
You are given: G(x) = x2 + x So if you want to solve G(2), all you need to do is replace all occurrences of "x" with the number 2, then work out what it comes to. G(2) = 22 + 2 ∴G(2) = 4 + 2 ∴G(2) = 6
n= 7
y=4