A detailed nutritional comparison
Milk is a high-protein, lower-calorie beverage best suited for muscle recovery and hydration, while peanut butter is calorie-dense and rich in healthy fats and fiber, making it ideal for sustained energy and heart health. Both have unique advantages depending on diet needs and goals.
| Nutrient | Food 1 | Food 2 | Winner |
|---|---|---|---|
| Calories | 103 (1 cup, 244g) | 188 (2 tbsp, 32g) | β |
| Protein | 8g | 7g | β |
| Carbs | 12g | 6g | β |
| Fat | 2.5g | 16g | β |
| Fiber | 0g | 2g | β |
| Nutrient | Food 1 | Food 2 | Winner |
|---|---|---|---|
| Vitamin D | 2.9mcg | 0mcg | β |
| Calcium | 305mg | 17mg | β |
| Iron | 0mg | 0.6mg | β |
Milk contains slightly more protein per serving, making it better for muscle recovery and growth.
Peanut butter provides 2g fiber per serving, compared to 0g in milk.
Milk is lower in calories, offering only 103 calories per cup versus 188 calories in 2 tablespoons of peanut butter.
Milk is richer in essential vitamins like Vitamin D and minerals like calcium.
Food 1: Not Compatible
Food 2: Compatible
Peanut butter is high-fat and low-carb, ideal for keto diets, whereas milk contains 12g of carbs per cup.
Food 1: Not Compatible
Food 2: Compatible
Milk is an animal product, but peanut butter is plant-based and vegan-friendly.
Food 1: Compatible
Food 2: Compatible
Neither food contains glutenβsafe for gluten-free diets.
Food 1: Not Compatible
Food 2: Compatible
Milk is not paleo-friendly, but natural peanut butter can be included in paleo diets.
Food 1: Not Compatible
Food 2: Compatible
Peanut butter is relatively low in carbs (6g per 2 tbsp) compared to milkβs 12g per cup.
Milk is ideal for those prioritizing lower calories, high protein, and bone health, particularly for post-workout recovery or weight loss diets. Peanut butter is better for energy-dense snacks or spreading on carbs for sustained energy in active or keto diets.
Choose Food 1 for: Muscle recovery, hydration, weight loss, bone health
Choose Food 2 for: Heart health, keto diets, sustained energy, nutrient density