Comparing Nutrients in 300 calories Diet Strawberry Kiwi V8 SPLASH Juice DrinksVS Canned Carrots with Salt
Weight per 300 calories
Diet Strawberry Kiwi V8 SPLASH Juice Drinks
7500g
Canned Carrots with Salt
1200g
Drained Canned Carrots with Salt have 6.3 times more energy per unit of mass than Diet Strawberry Kiwi V8 SPLASH Juice Drinks, which is very low in comparison to other foods. Diet Strawberry Kiwi V8 SPLASH Juice Drinks having very low energy density.
Discover which food has more nutrients per 300 calories - Diet Strawberry Kiwi V8 SPLASH Juice Drinks or Canned Carrots with Salt?
Diet Strawberry Kiwi V8 SPLASH Juice Drinks VS Canned Carrots With Salt Nutrients Per 300 Kcal
Discover which food has more nutrients per 300 calories - Diet Strawberry Kiwi V8 SPLASH Juice Drinks or Canned Carrots with Salt?
Lets compare vitamin content per 300 calories of Diet Strawberry Kiwi V8 SPLASH Juice Drinks vs Canned Carrots with Salt:
300 calories of Diet Strawberry Kiwi V8 SPLASH Juice Drinks have 58.3 times more Vitamin C and 9.5 times more Vitamin E than Canned Carrots with Salt.
Comparing minerals per 300 calories for Diet Strawberry Kiwi V8 SPLASH Juice Drinks vs Canned Carrots with Salt:
300 calories of Diet Strawberry Kiwi V8 SPLASH Juice Drinks have 2 times more Calcium, 2.9 times more Iron and 6.6 times more Water than Canned Carrots with Salt.
While 300 kcal of Drained Canned Carrots with Salt contain 1.9 times more Potassium and 3 times more Sodium than Diet Strawberry Kiwi V8 SPLASH Juice Drinks.
Comparison of macro-nutrients per 300 calories:
300 calories of Diet Strawberry Kiwi V8 SPLASH Juice Drinks have 1.4 times more Carbohydrate and 2.1 times more Sugars than Canned Carrots with Salt.
While 300 kcal of Drained Canned Carrots with Salt contain more Protein than Diet Strawberry Kiwi V8 SPLASH Juice Drinks.
Both Diet Strawberry Kiwi V8 SPLASH Juice Drinks and Canned Carrots with Salt offer comparable quantities of Energy per 300 calories.
300 calories of Diet Strawberry Kiwi V8 SPLASH Juice Drinks provide inadequate amounts of Protein