The infinite geometric sum formula can be used to write 0.126126126...as a fraction. What is the numerator of this reduced fract
1 answer:
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Answer:
10 amps.
Step-by-step explanation:
According to Ohm's Law, V=IR, and, dividing both sides by R, we have , where V is the amount of volts, R is the amount of resistance, and I is the current in amps.
Plugging the values into the formula, we have .
Therefore, there is 10 amps of current in the circuit.
An arithmetic sequence (a_n) is as follows:
where 
is the first term and d is the constant difference,
thus, we see that the n'th term of an arithmetic sequence is
in our particular case d=5, the third term is 8, so we have:
and the general term is
,
Answer: first term is -2, n'th term is -2+5(n-1)
thus, we see that the n'th term of an arithmetic sequence is
in our particular case d=5, the third term is 8, so we have:
and the general term is
Answer: first term is -2, n'th term is -2+5(n-1)
Answer:
≈
Step-by-step explanation:
Start with the distance formula:
Pair your values to your variables.
Let's substitute those values into the formula.
Complete the operations in your parentheses.
Square the bases of your powers.
Add.
Find the square root of :
≈
I only provided 4 digits after the decimal point; feel free to round it accordingly.