YZ = XZ
8x - 5 = 6x + 10 x = 7.5
XY = 10x - 10
XY = 65
MR = NR
PR * LR = MR * NR
40 * 16 = MR * NR
MN = 16√10
I meant 1 factor
AC=BC so BC = 12. By the angle bisector theorem, CL/AC = BL/AB. Plugging in values, CL/12 = BL/4. We also know CL+BL=12. Solving, we find that CL = 9 and BL = 3.
You are very welcome!
:P
\(\log_x 4 = \log_3 27\)
\(\log_x 4 = 3\)
\(x^3 = 4\)
\(x = \sqrt[3]{4}\)
BL = x CL = 12-x
We can solve this using the angle bisector theorem:
12/4 = (12-x)/x
12x = 4(12-x)
12x = 48-4x
16x = 48
x = 3 BL = 3 CL = 9
are you sure? or is it 64.
The only possible value of y^2 is 8.
Little help
h(x) = 3x^4 - 9x^3 + 7x - 2.
Wait I know how to get 72
48 + 24 = 72
By the quadratic formula, z = sqrt(3)/2 + i/2, so z^10 + 1/z^10 = (sqrt(3)/2 + i/2)^10 + 1/(sqrt(3)/2 + i/2)^10 = 1.
For ax^2 + bx + c, the minimum occurs at x = -b/a. So for t^2 - 9t - 36, the minimum occurs at t = 9.
Thanks :)
There are 18 possible values of n.
Using conversion factors, the answer is 125%.
thank you thank you!!!!!!!!
answered here: https://web2.0calc.com/questions/chill-please-help-or-anyone-else#r1
u mean 2 factors? prime numbers have 2 factors, 1 and itself like 23
Thank you so much! I've started doing derivations and this was bothering me as h**l, sadly my teacher has no time to explain extra tasks! Cheers man!
The sum of all possible values of a is 15.
