**cm**^2 is the unit of Area whereas m is the unit of length. So...to the other because they are different quantities. However**cm**to m, you divide by 100 e.g 200cm = 2m**cm**^2 to m^2, you divide by 100 twice e.g...5 Answers · Science & Mathematics · 01/04/2013

... the question, or your steps so far again.

**cm**^3 cannot be converted to km^2 because**cm**^3...) quite seem to match up with your value for**cm**^3 so I'll look at both. To get from**cm**^3...1 Answers · Science & Mathematics · 04/02/2012

Known: diameter of spheres: 2.0

**cm**= 0.02m radii of spheres: 1.0**cm**= 0.01 m Sphere 1: 82..., find the distance between the two spheres: rs=7.00cm/2 = 3.5**cm**= 0.035 m Now, to find r_1p and r_2p: r = r_1 = r_2 = distance between the...1 Answers · Science & Mathematics · 01/12/2015

**cm**^3 is a measure of volume. kg is a measure of mass. the relationship between them is called density. mass/volume.2 Answers · Science & Mathematics · 23/10/2011

DO YOUR OWN HOMEWORK, LAZY

1 Answers · Science & Mathematics · 30/05/2007

.... First, there is no converter. But, if you have a 100

**cm**swing that went back and forth 10 times, it has made...3 Answers · Science & Mathematics · 16/09/2012

... located at a distance from the lens of 54.9

**cm**. distance?? 1/54.9 - 1/u = 1/18.3 or I/u = -[1/18.3...72 or Object is situated at 13.72**cm**from the lens on the same side as the virtual image (d) ...1 Answers · Science & Mathematics · 28/03/2011

Answer … - 4.25

**cm**… … y ( x , t ) = ( 5.27**cm**) sin [ ( 0.027 ) π x + ( 4.20 ) π t ] To get...t = 0.254469 + 3.826460 ………………………………… = 4.080929 … y ( x , t ) = ( 5.27**cm**) sin [ 4.080929 rad ] ……………… = - 4.25**cm**Note that … π rad / 180° = 4...3 Answers · Science & Mathematics · 23/03/2012

There are 10 mm in every

**cm**. (2 mm)(1**cm**/10 mm) = (2/10)**cm**= 0.2**cm**(notice the mm units cancel each other)3 Answers · Science & Mathematics · 02/07/2015

... lens first 1/f = 1/di + 1/di 1/26.9 = 1/34.8 + 1/di di = 118.5

**cm**second the image is 118.5**cm**from the first lens that puts...2 Answers · Science & Mathematics · 28/02/2015