1 + 1 = 2

So 1 + 1 written in base 2 is 10 

The distance of /4 - 1 (out of 4 and minus 1) of each number is: 1 (4.1-1), 2 ( 4.2-1), 3(4.3-1).

The least possible score of the distance is: 1.6 = 6

The biggest possible score of the distance is: 3.6 = 18

Therefore, there are: \(18-6+1=13\left(different-scores\right)\)

ANSWER: 13 different scores.

my answer is 3

it is correct? can you check

We have:\(\dfrac{1}{27}=0,\left(037\right)\)

Because after the decimal point we have three number:0,3,7 repeat and 41:3 residual 2 so the 41st digit after the decimal point in the decimal expansion of \(\dfrac{1}{27}\) is the second of three numbers here is 3

Answer:3

\(a=b=1\rightarrow a+\frac{1}{b}>1\)

So how many times does the lyrics refer to the phrase "yellow love"?

Answer: Two

When written in base 7, the number is a.7² + b.7 + c

When written in base 6, the number is (a+1).6² + (b+1).6 + c +1

We get: a.7² + b.7 + c = (a+1).6² + (b+1).6 + c +1, it implies 13a + b = 43.

This yields a = 3, b = 4.

When written in base 10, the largest number possible: 3.7² + 4.7 + 9 = 184

\(\dfrac{5}{8}+\dfrac{9}{8}=\dfrac{5+9}{8}=\dfrac{14}{8}=\dfrac{7}{4}\)

\(\dfrac{6}{7}-\dfrac{3}{7}=\dfrac{3}{7}\)

\(\dfrac{5}{8}+\dfrac{9}{8}=\dfrac{5+9}{8}=\dfrac{14}{8}=\dfrac{7}{3}\\ \dfrac{6}{7}-\dfrac{3}{7}=\dfrac{6-3}{7}=\dfrac{3}{7}\)

\(\dfrac{5}{8}+\dfrac{9}{8}=\dfrac{5+9}{8}=\dfrac{14}{8}=\dfrac{7}{4}\)

\(\dfrac{6}{7}-\dfrac{3}{7}=\dfrac{6-3}{7}=\dfrac{3}{7}\)