Nutrient Comparison: Tomatoes in Juice with Salt VS SILK Plain, soymilk per 1 lb
Compare the macro and micronutrient content in 1 lb of Tomatoes in Juice with Salt versus 1 lb of SILK Plain, soymilk to make informed dietary choices. Explore their nutritional differences and benefits.
Lets compare vitamin content per 1 pound of Tomatoes in Juice with Salt vs SILK Plain, soymilk:
- 1 pound of Tomatoes in Juice with Salt has more Vitamin C than SILK Plain, soymilk.
- While 1 lb of SILK Plain, soymilk contains 3.8 times more Vitamin B2, more Vitamin B12 and more Vitamin D than Canned Red Ripe Tomatoes in Tomato Juice with Salt.
- 1 pound of Tomatoes in Juice with Salt have insufficient amounts of Vitamin B12 and Vitamin D
- 1 pound of SILK Plain, soymilk have insufficient amounts of Vitamin C
Comparing minerals per 1 pound for Tomatoes in Juice with Salt vs SILK Plain, soymilk:
- 1 pound of Tomatoes in Juice with Salt has 1.3 times more Iron, 1.6 times more Potassium and 2.3 times more Sodium than SILK Plain, soymilk.
- While 1 lb of SILK Plain, soymilk contains 3.7 times more Calcium, 1.6 times more Magnesium, 3.3 times more Selenium and 2.1 times more Zinc than Canned Red Ripe Tomatoes in Tomato Juice with Salt.
- Both Tomatoes in Juice with Salt and SILK Plain, soymilk contain similar levels of Water per one pound.
- 1 pound of Tomatoes in Juice with Salt lack sufficient amounts of Selenium and Zinc
Comparison of macro-nutrients per 1 pound:
- 1 pound of Tomatoes in Juice with Salt has 4.8 times more Fiber than SILK Plain, soymilk.
- While 1 lb of SILK Plain, soymilk contains 3.6 times more Protein than Canned Red Ripe Tomatoes in Tomato Juice with Salt.
- Both Tomatoes in Juice with Salt and SILK Plain, soymilk offer comparable quantities of Carbohydrate and Sugars per one pound.
- 1 pound of Tomatoes in Juice with Salt provide inadequate amounts of Protein
- 1 pound of SILK Plain, soymilk provide inadequate amounts of Fiber
- Both Canned Red Ripe Tomatoes in Tomato Juice with Salt as well as SILK Plain, soymilk provide inadequate amounts of Energy in one pound.