A diamond is not typically measured in degrees, unless you're asking about the degrees involved in the angles of the facets.
In that case, there are too many different degrees involved in each faceted stone, which are different, depending on the cut, to count.
As an example, follow the link, below, to see the different angles possible in a round, brilliant cut.
yes
It's certainly possible. Draw a square and rotate it by 45 degrees - it looks like a diamond.
No, a rhombus is an actual mathematical shape, a diamond is not. 'Diamond' is from decks of cards, 'Rhombus' is from Math. BTW, a rhombus is a parallelogram* with opposite acute** and obtuse*** angles and all four sides are the same length.*opposite sides of the shape are parallel**less than 90 degrees***more than 90 degrees
30 degrees.
35 degrees Fahrenheit is 1.7 degrees Celsius. 35 degrees Celsius is 95 degrees Fahrenheit.
Diamond is a solid at 25 degrees Celsius.
It takes around 1400-1600 degrees Celsius to burn a diamond, as diamonds are composed of carbon and require very high temperatures to combust.
It is 360 degrees.
It is 360 degrees.
yes it does it has all of the degrees......yes,90 degrees,180 degrees, and 270 degrees
Diamond mineral has the highest melting point of any mineral: 3820 degrees Kelvin, which is 6416.33 degrees F, or 3546.85 degrees C.
yes
You could melt a diamond to turn it gooey. Diamond has the highest melting point of any known mineral, 3,820 degrees Kelvin. This is equal to 3,546.850 degrees Celsius or 6,416.33 Fahrenheit.
Neither graphite nor diamond melt when heated - at a temperature of about 4800 °C, they sublime into gases. It takes a lot of energy to make them sublime as many strong covalent bonds need to be broken.
The angle of refraction for a beam of light striking a diamond at an angle of 45 degrees will depend on the refractive index of the diamond material. The angle of refraction would be less than 45 degrees due to the bending of light as it enters the denser medium of the diamond.
A diamond turns into vapor when it is exposed to very high temperatures (above 3,500 degrees Celsius) in the presence of oxygen. At such extreme heat, the diamond undergoes combustion and reacts with oxygen to form carbon dioxide gas.
When a diamond is heated to a high temperature (around 1292°F or 700°C), it will start to oxidize and burn, turning into carbon dioxide gas. This process is irreversible and will result in the diamond being destroyed.