For cakes: use weight to avoid dense crumb from over-measuring.
1 tablespoon of White Rice (uncooked) in grams
Reviewed by CupOrGram Editorial TeamData methodology: NIST-derived density references + recipe testing notesMethodology
Answer
12.1 grams
Based on white rice (uncooked) density of 0.82 g/ml
Source: NIST-DB-72
Shop scales ↗
Affiliate link. No extra cost to you.
Need a substitute for White Rice (uncooked)?
We have 2 tested substitutions with exact ratios.
View substitutions →Quick Reference Table
| tablespoons | grams |
|---|---|
| 1/2 tablespoons | 6.1 grams |
| 1 tablespoons | 12.1 grams |
| 2 tablespoons | 24.3 grams |
| 3 tablespoons | 36.4 grams |
| 4 tablespoons | 48.5 grams |
| 5 tablespoons | 60.6 grams |
Custom Amount
Quick Convert
Density-accurate conversions for baking
12.1
grams
Science Note: Precision within +/-0.002g
Accuracy: +/-0.002gHow this is calculatedWe multiply the volume by the ingredient's specific density (g/ml) from NIST-standardized reference data. This accounts for how tightly each ingredient packs, giving accuracy within +/-0.002g.Source: NIST-DB-72
Why this conversion matters
White Rice (uncooked) has a density of 0.82 g/ml, which means it's close to the density of water. Using weight-based measurements gives you consistent results every time.
Recipe Context for White Rice (uncooked)
For bread: control hydration by weighing flour and liquids together.
For cookies: 10-20g extra flour can reduce spread noticeably.
Common Pitfalls
- Switching brands without re-checking weight can change texture and bake time.
- Using volume-only measurements for dense ingredients can overshoot recipe targets.
- Scooping directly from the bag compresses flour and can make bakes dry.
Brand Variance Example
Baseline on this page: 1 cup white rice (uncooked) = 195g. Real-world range can shift by about 12% because flours and grains compact differently based on scoop method, humidity, and grind fineness.
Example for 2 cups: baseline 390g, common range 344g-436g. If your bake is texture-sensitive, start with the lower bound and adjust after a test batch.