The answer is \(5.82\)

The answer is \(2\)

The answer is

\(s=-\frac{62}{23}\\ t=-\frac{33}{23}\)

Blue Blue Red Red Blue Red Red Blue

There are \(4\) ways

The answer is \(36\)

take the first and last number. sum them

\(140+1=141\)

multiply by half the number of total numbers. \(140/2=70\)

we thus have \(141*70=9870\)

prime factorize 9870.

\(9870 = 2 * 3 * 5 * 7 * 47\)

take largest prime number --> 47

47 is the answer.

The answer is \(4\)

This problem doesn't make sense.

The answer is \(1\)

Thank You! :)

use an example for a b c to solve this problem

a=1

b=2

c=6

a+b+C=1+2+6 = 9

\(9 \equiv 2 \pmod7\)

answer is 2

\(n(n - 1)(n + 17)(n - 21)(n - 33)=n^{5}-38n^{4}-188n^{3}+12006n^{2}-11781n\)