في الجرافيت، وهناك مساحات واسعة بين

في الجرافيت، وهناك مساحات واسعة بين الطبقات المجاورة بسبب القوى الضعيفة بينهما. من ناحية أخرى، في الماس، تقام الذرات بواسطة روابط تساهمية قوية نسبيا ومعبأة بشكل وثيق. وبالتالي، الماس لديها أعلى كثافة من الجرافيت. كثافة الماس هو 3510 كغ / M3 في حين أن من الجرافيت هو 2250 كغ / M3.

النتائج (الإنجليزية) 1:

In graphite, and there are large spaces between neighboring layers due to weak forces between them. On the other hand, in diamonds, the atoms by relatively strong Covalent bonds and packed closely. Thus, diamond has the highest density of graphite. The density of diamond is 3510 kg/M3, while graphite is 2250 kg/M3.

النتائج (الإنجليزية) 2:

In graphite, and there is a wide space between adjacent layers because of the weak forces between them. On the other hand, in the diamond, the atoms are held by relatively strong covalent bonds and closely packed. Thus, diamond has the highest density of graphite. Diamond is the density of 3510 kg / M3 while that of graphite is 2250 kg / M3.

النتائج (الإنجليزية) 3:

In the graphite, there are large spaces between adjacent layers of weak forces between them. On the other hand, diamonds, set of atoms by strong covalent bonds are relatively closely packed. Thus, the diamond has the highest density of the graphite.Density of diamond is 3510 kg / M3 while graphite is 2250 kg / M3.