The probability is 13/158.
The remainder is 66.
1 = 11 2 = 142 3 = 273 4 = 404 5 = 535 6 = 666 7 = 797 8 = 928 9 = 1059 10 = 1190 11 = 1321 12 = 1452 13 = 1583 14 = 1714 15 = 1845 16 = 1976 17 = 2107 18 = 2238 19 = 2369 20 = 2500 21 = 2631 22 = 2762 23 = 2893 24 = 3024 25 = 3155 26 = 3286 27 = 3417 28 = 3548 29 = 3679 30 = 3810 31 = 3941 32 = 4072 33 = 4203 34 = 4334 35 = 4465 36 = 4596 37 = 4727 38 = 4858 39 = 4989
The domain of g(x) is [-sqrt(5), sqrt(3)]
cos (C + A) = -3/5.
The answer is 4 hours.
Ok, I have the answer, is anyone actually interested?
a^3 + b^3 = 56.
https://en.wikipedia.org/wiki/Chinese_remainder_theorem
Learn it first
May I ask where you got this? And please SEARCH YOUR PRBLEM BEFORE ASKING FOR HELP
We can use the circle equation:\((x-h)^2+(y-k)^2=r^2\),\(h=\)x of center,\(k=\)y of the center
so \(x^2-2x+y^2=24\) Is now more clearer because if \((h=-1,k=0),(x-1)^2+(y)^2=5^2\)simplified is:
The middle:\((-1,0)\), the raidius \(r=5\)
x = 75.
x2 + 15x + 54 factors to (x + 6)(x + 9) a = 6 and b = 9
x2 – 17x + 72 factors to (x – 9)(x – 8) b = 9 and c = 8
so a + b + c = 6 + 9 + 8 = 23
-7/3= -2 1/3
-1 -2 1/3= -3 1/3
<3
EP the smart's answer
Sum of convex decagon interior angles = 1440 ( that is (10-2 * 180) )
(5 *2 + 8*2 + 9*6) y = 1440
80y = 1440 solve for y
Prime factorization:
sqrt (x^4 * 3 * 2 * 2 * 5 * 3 * 2 * 2 * 3*3*7 * 7*2*3 ) =
x^2 * 2^2 * 3^2 * 7 sqrt ( 5*2*3)
just keep simplifying
The projection matrix is
\(\begin{pmatrix} 1/10 & 3/10 \\ 1/30 & 1/10 \end{pmatrix}\)
Let the number == N
5N / [N + 7] ==3
5N == 3N + 21
5N - 3N == 21
2N == 21
N ==21 / 2 ==10.5 - the original number.
3^1000 mod 23 ==8 - the remainder
[2^70 + 3^70] mod 18 ==7 - the remainder
9^y = 3*6*27*4/(81*2)
9^y == 12
y ==log(12) / log(9) ==1.1309
Fill in the blanks to make the equation true.
(__ - ___) / (___ + ____)*(___) = 59/7
1 3 5 7 9
2 4 6 8
11 13 15 17 19
22 24 26 28
2a = 1 (mod 11)
17 * 2a = 6 (mod 11)
34a = 6 (mod 11)
a = 6(mod 11)
6 is the smallest postitive integer that satisfies this.
