x2 = 18y2/5 + 10
Or if you want to isolate x:
x = ± √(18y2/5 + 10)
x2 − 36y2
y=12
If: 10x2-64 = 36+6x2 Then: 4x2-100 = 0 And: (2x-10)(2x+10) = 0 So: x = 5 or x = -5
If the 64 has a minus sign, then the solution is x = +/-5 Simplifying gives 4x squared = 100 ie x squared = 25...
To isolate ( x^2 ) in the equation ( 10x^2 - 36y = 100 ), first add ( 36y ) to both sides to get ( 10x^2 = 100 + 36y ). Next, divide both sides by 10 to obtain ( x^2 = \frac{100 + 36y}{10} ). Simplifying further, we get ( x^2 = 10 + 3.6y ).
x2 − 36y2
y=12
10x2 - 64 = 36 + 6x2; whence, 4x2 - 100 = 0, x2 = 25, and x = ±5.
If: 10x2-64 = 36+6x2 Then: 4x2-100 = 0 And: (2x-10)(2x+10) = 0 So: x = 5 or x = -5
10x2 - 64 = 36 + 6x2 Combine like terms: 4x2 = 100 Divide both sides by 4: x2 = 25 Take square roots: x = -5 or +5
To solve the equation "x/100 = 52," you would multiply both sides by 100 to isolate the variable x. This gives you x = 52 * 100, which simplifies to x = 5200. Therefore, the number that, when divided by 100, equals 52 is 5200.
If the 64 has a minus sign, then the solution is x = +/-5 Simplifying gives 4x squared = 100 ie x squared = 25...
To isolate ( x^2 ) in the equation ( 10x^2 - 36y = 100 ), first add ( 36y ) to both sides to get ( 10x^2 = 100 + 36y ). Next, divide both sides by 10 to obtain ( x^2 = \frac{100 + 36y}{10} ). Simplifying further, we get ( x^2 = 10 + 3.6y ).
40
120 yds. 100 yds for the field and 10x2 for each TD zone.
Well, if you want to get all technical and mathematical about it, the answer is 150 divided by 1.5 equals 100. So there you have it, divide 150 by 1.5 and you'll get your precious 100. Math can be a real pain in the rear, can't it?
whey protein(concentrate or 100%) contains usually between 70 to 80% protein while isolate 90% or more....