Calculus

16x2 + 8x + 1 = 0 : This factorises to (4x + 1)(4x + 1) = 0

When 4x + 1 = 0 then 4x = -1 : x = -1/4.

-10 = 6x - 16, or 16 - 10 = 6x, or x = 1.

1/(1-x2 )1/2

3x+2=2x+8
x=6

3x+2 = 2x + 8; first subtract 2x from both sides
x+2=8; then subtract 2 from both sides
x=6

-5x+3(x+8)=16-2x

3

8x plus 4y equals 5 is 8x + 4y = 5.

(x2 - 4)/4x = 12; x ≠ 0

x2 - 4 = 48x

x2 - 48x = 4

x2 - 48x + 242= 4 + 242

(x - 24)2 = 4 + 576

x - 24 = ±√580

x = 24 ± 2√145

4x3=12

250-12=238

238/50=4.76

2x+4y=8

4y=-2x+8

y=-2/4x+2

M=-2/4

B=2

B=Y Intercept

it often simplifies arithmetic

17

Probably yes. Unfortunately, though, limitations of the browser used by Answers.com means that we cannot see most symbols. It is therefore impossible to be certain.

Put x = 0. The equation is then y = 0 + 5 or y = 5

Mark the point (0,5).

Put y = 0. The equation then becomes 0 = x + 5 or x = -5

Mark the point (-5, 0)

Joint the two points and extend the line in both directions.

It depends on the material as well as the force of gravity.

If: y = x-4 and y = x2+y2 = 8 then 2x2-8x+8 = 0 and the 3 ways of proof are:

1 Plot the given values on a graph and the line will touch the curve at one point

2 The discriminant of b2-4ac of 2x2-8x+8 must equal 0

3 Solving the equation gives x = 2 or x = 2 meaning the line is tangent to the curve

f=|-R/2|

Let's take the example of finding the factorial of a number (of a positive integer). The factorial of N is N * (N-1) * (N-2) * (N-3) ... * 3 * 2 *1 It is the product of all integers between that number (including that number) and 1. For example, factorial 2 = 2*1 = 2 factorial 3 = 3*2*1 = 6 factorial 4 = 4*3*2*1= 24 Now you define a recursive function Fac (N) as Fac (N) = Fac (N-1) * N, with Fac(1) predefined as 1. Thus, Fac(N-1) = Fac(N-2) * (N-1) and Fac(N-2) = Fac(N-3) * (N-2) and thus recursion takes over until such time fac(1) needs to be evaluated. We know the value of Fac(1) which is set as 1. Thus we can evaluate Factorial(N) using recursion.

It seems that it is the equation of an ellipse, x2/b2 + y2/a2 = 1, with center at the origin, a vertical major axis with length 2a, and a horizontal minor axis with length 2b.

x2/36 + y2/64 = 1

Since you are looking for the x-intercepts, they are (√b2, 0) = (√36, 0) = (6, 0) and (-√b2, 0) = (-√36, 0) = (-6, 0)

So, if we see the basic equation y=mx+b, we see that m=2, and b=1.

If you look closely, this is basic rotation and translation of the original graph.

First, I would translate the "mother graph" (y=mx) and then translate one up.

Then, we would rotate the graph to the right two units.

x = 3 and y = 4 so the lines intersect at (3, 4)

x(y - 10) + 6y

It is 1666666666666666666650000000000000.

William Hyde Wollaston discovered palladium in 1803. Wollaston, a physicist and chemist, was born in East Dereham, Norfolk, England on August 6, 1766.

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