The expression (10x \times 20x) can be simplified by multiplying the coefficients and the variables separately. The coefficients (10) and (20) multiply to give (200), and the variables (x) and (x) combine to give (x^2). Therefore, (10x \times 20x = 200x^2).
10x + 10x = 20x
2y
The given terms can be simplified to: 20x+20
y + x = 9 10y + 20x = 100 This is a basic linear system of equalities. We can start by rewriting the first equation as: -10y - 10x = -90 by multiplying the equation by -10, from here we can eliminate y and solve for x (-10y - 10x = -90) + (10y + 20x = 100) = (10x = 10) This yields x = 1, and by plugging x into the first equation y = 8
5x x 4x = 20x^2 5x + x + 4x = 10x
10x + 10x = 20x
10x, 20x, 30x and so on.
200X 20X * 10X The 10X is the ocular lens of compound microscopes. Where your eyes go.
200X 20X * 10X The 10X is the ocular lens of compound microscopes. Where your eyes go.
If you mean: -10x+4-10x+5 then it is 9-20x when simplified
200X 20X * 10X The 10X is the ocular lens of compound microscopes. Where your eyes go.
200X 20X * 10X The 10X is the ocular lens of compound microscopes. Where your eyes go.
200X 20X * 10X The 10X is the ocular lens of compound microscopes. Where your eyes go.
2y
The magnification of a microscope is determined by multiplying the magnification of the objective lens by the magnification of the eyepiece. For example, if the objective lens has a magnification of 10x and the eyepiece has a magnification of 20x, the total magnification would be 10x * 20x = 200x.
20x
If that's + 1, the answer is (10x + 1)(10x + 1) or (10x + 1)2 If that's -1. it gets ugly in a hurry.