Grams to Cubic Millimeters Calculator
Definitions
- Volume (V): The amount of space occupied by a substance, measured in cubic millimeters (mm3).
- Mass (M): The amount of matter in an object, measured in grams (g).
- Density (D): The mass per unit volume of a substance, measured in grams per cubic millimeter (g/mm3).
Example
Let's say the mass is 10 grams and the density is 0.002 g/mm3. Using the formula:
\[
V = \frac{10}{0.002}
\]
We get:
\[
V = 5000
\]
So, the volume (\( V \)) is 5000 mm3.
Extended information about "Grams-to-Cubic-Millimeters-Calculator"
Cubic Millimeters to Grams Calculation
Formula: \( W = V \times D \)
- \( W \): Weight (g)
- \( V \): Volume (mm³)
- \( D \): Density (g/mm³)
Example: \( W = 1000 \times 0.0027 \)
- W: Weight
- V: 1000
- D: 0.0027
Grams to Cubic Meters Calculation
Formula: \( V = \frac{W}{D} \)
- \( V \): Volume (m³)
- \( W \): Weight (g)
- \( D \): Density (g/m³)
Example: \( V = \frac{5000}{2700} \)
- V: Volume
- W: 5000
- D: 2700
Grams to Millimeters Calculation
Formula: \( L = \frac{W}{A \times D} \)
- \( L \): Length (mm)
- \( W \): Weight (g)
- \( A \): Cross-sectional area (mm²)
- \( D \): Density (g/mm³)
Example: \( L = \frac{100}{10 \times 0.0027} \)
- L: Length
- W: 100
- A: 10
- D: 0.0027
Millimeters to Grams Calculation
Formula: \( W = L \times A \times D \)
- \( W \): Weight (g)
- \( L \): Length (mm)
- \( A \): Cross-sectional area (mm²)
- \( D \): Density (g/mm³)
Example: \( W = 100 \times 10 \times 0.0027 \)
- W: Weight
- L: 100
- A: 10
- D: 0.0027
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