Did you realise that the answers are right under the questions? xD
The answer is 7.
To prove whether this is correct or not, just test it with the given conditions,
7x4+4=46.
Does 2x23=46?
Yes.
So, therefore,
The answer is 7.
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<em><u>YOUR QUESTION WASN'T CLEAR SO I GUESS THIS IS YOUR ANSWER IDF NOT SORRY </u></em></h2>
<u><em>Answer:</em></u>
<em>You haven't attached a picture but this is what your line should look like
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<em>Step-by-step explanation:
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<em>For this equation you simply have to graph it.
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<em>First, you have to remember that these equations follow a formula: y=mx+b. m is the slope of you line and b is the y-intercept.
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<em>Next, you need to graph it. First, graph your b, in this case 2. You would go up 2 on you graph (graph (0,2)). Then, you would graph your slope which is 3.
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<em>Now, remember that slope equals y/x, so think of the number 3 being like 3/1. You would start at (0,2) and go up 3 points in the graph, then over 1 point (graph where you end up). You repeat that from each new point you make until you have enough points to create a straight line.
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<em>Hope this helps a bit,
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<em>Flips
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Answer:
I have the EXACT same problems.
#1: "In an arithmetic sequence, the difference between one term and the next is constant. In a geometric sequence, each term after the first is found by multiplying the previous one by the common ratio."
#2: A1= 27, A2= 2.7, A3= 0.27, A4= 0.027, A5= 0.0027
#3: An = 6(2/3)^n-1
I have yet to answer #4. Would you happen to know the answer?
Step-by-step explanation: