What is the value of x?
1 answer:
I've attached a diagram of what I think you've described.
If I am correct, these are vertical angles, which are congruent by definition. This means you can set the angles' expressions equal to each other to solve for x.
2x + 2 = 3x - 52
2x = 3x - 54
-x = -54
x = 54
You should always check your work. To check, plug 54 for x into the equation.
2x + 2 = 3x - 52
2(54) + 2 = 3(54) - 52
108 + 2 = 162 - 52
110 = 110
Answer:
x = 54
If I am correct, these are vertical angles, which are congruent by definition. This means you can set the angles' expressions equal to each other to solve for x.
2x + 2 = 3x - 52
2x = 3x - 54
-x = -54
x = 54
You should always check your work. To check, plug 54 for x into the equation.
2x + 2 = 3x - 52
2(54) + 2 = 3(54) - 52
108 + 2 = 162 - 52
110 = 110
Answer:
x = 54
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Answer:
Step-by-step explanation:
Use the point slope form of a line to determine the equation of a line.
Well, is a geometric sequence, the first term's value is -2
to get the subsequent term's value, we'd multiply by "something" so-called the "common ratio"
well, if we simply just divide any of those values by the one before it, the quotient must be the "common ratio".
hmm say for exampl -32/8 = -4 <---- there's our common ratio
to get the subsequent term's value, we'd multiply by "something" so-called the "common ratio"
well, if we simply just divide any of those values by the one before it, the quotient must be the "common ratio".
hmm say for exampl -32/8 = -4 <---- there's our common ratio