The maximum value that the sine of an angle can have is 1. Therefore it isn't possible for sinA to equal 8/6.
(p2−42(2×p))×1293=0.0185×3600.2+27.44×12934758⇒{p=1616011×(√3×i2−12)(153802350×(√58211509993402437011390669(3375×683566(32))+4)(13))+(√58211509993402437011390669(3375×683566(32))+4)(13)×(−√3×i2−12)p=(√58211509993402437011390669(3375×683566(32))+4)(13)×(√3×i2−12)+1616011×(−√3×i2−12)(153802350×(√58211509993402437011390669(3375×683566(32))+4)(13))p=(√58211509993402437011390669(3375×683566(32))+4)(13)+1616011(153802350×(√58211509993402437011390669(3375×683566(32))+4)(13))}⇒{p=−1.002626759755284−1.7275011052851706ip=−1.002626759755284+1.7275011052851706ip=2.005253519510568}
Multiply through by y:
y2 - 9 = 10y
Subtract 10y from both sides:
y2 - 10y -9 = 0
This is now in standard quadratic equation form.
y2−10×y−9=0⇒{y=5−√34y=√34+5}⇒{y=−0.8309518948453005y=10.8309518948453005}
Ok, well, 25 is as simple as it gets (assuming you mean the dot to represent multiplication)!
Do you mean [23 - (4*2 + 5*2)]*[5*6 - 4 - 21] = (23 - 18)*(30 - 25) = 5*5 = 25 ?
Curly brackets usually indicates a set or list. Is this what you intended? Or did you mean something like |-2|, which would be the absolute value of -2 (which is just 2)?
4 + 5t < 19
Subtract 4 from both sides
5t < 19 - 4 or 5t < 15
Divide both sides by 5
t < 3
\frac{1}{4}(2x-3)=8Multiplybothsidesby42x - 3=32Add3tobothsides2x = 35Dividebothsidesby2x=17\frac{1}{2}$$
I've edited my previous post to replace the matrix method with a simpler one (and hopefully, used the correct data at the same time!).
Write this as
m = 7 - 3*n
n = -2: m = 7 - 3*(-2) = 13
n = 0: m = 7 - 3*0 = 7
n = 1: m = 7 - 3*1 = 4
+33654 