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Baking powder is a chemical leavening agent used in baked goods.
CALORIES
GI
POTASSIUM
FIBER
1 teaspoon (medium) of Baking Powder (4 g) has 2 calories. That works out to 53 calories per 100 g. It contains 1.1 g of carbs, 0 g of protein, 0 g of fat and 0 g of fiber. Its 400 mg of Calcium covers 40% of the Daily Value. Its glycemic index is 0 (low), so it raises blood sugar slowly.
Baking powder is a dry leavening ingredient that helps batters and doughs rise in the oven. It usually combines baking soda with one or more acidic ingredients, and some blends include starch to help keep the powder free-flowing. Unlike yeast, it does not need time to ferment before baking; moisture and heat activate it.
Its flavour is subtle when used as directed, while too much can leave a bitter or metallic note. It is commonly added to cakes, biscuits, muffins and quick breads, with the amount guided by the recipe. Baking powder contributes little to a serving’s overall nourishment; its main role is to create a lighter texture. Keep it sealed and dry, and mix it evenly through the dry ingredients for a consistent rise.
Selected: 100 g
53
KCAL / 100G
Carbs
27g
· 10% DV
Protein
0g
· 0% DV
Fat
0g
· 0% DV
Fiber
0g
· 0% DV
DV is the share of the daily value covered, on a 2,000 kcal reference diet.
Calories come from: Carbs 100% · Protein 0% · Fat 0%
Vitamins
Vitamin A
0µg · 0% DV
B1
0mg · 0% DV
B2
0mg · 0% DV
B3
0mg · 0% DV
Minerals
Calcium
10000mg · 1000% DV
Sodium
11000mg · 478% DV
Magnesium
10mg · 2% DV
Iron
0mg · 0% DV
Low
How many vitamins, minerals and how much fiber this food carries per calorie. A high score means a lot of nutrition for few calories.
Medium
An EatBetter score computed from fiber, protein and calorie density. A high score means staying full longer on the same calories.
Both scores are calculated per 100 g and do not change with the selected portion. The satiety score is EatBetter's own calculation, not a clinical measure.
GLYCEMIC INDEX
GLYCEMIC LOAD
Accounts for portion size — a more realistic measure than GI alone.
To burn the 53 calories in 100 g:
🚶
Walking (5 km/h)
🏃
Running (8 km/h)
🚴
Cycling
🏊
Swimming
Times are calculated with the MET equation for a 70 kg adult. Actual burn varies with your weight, age and pace.
NOVA 3
Processed
1. Unprocessed
2. Minimally Processed
3. Processed
4. Ultra-Processed
NOVA classifies foods into 4 groups by industrial processing. NOVA 1 (unprocessed) is the healthiest.
No known major allergens
Vegan
✓ Suitable
Vegetarian
✓ Suitable
Gluten-Free
✓ Suitable
Dairy-Free
— Not suitable
Mediterranean
✓ Suitable
Paleo
✓ Suitable
Whole30
— Not suitable
DASH
— Not suitable
Keto
— Not suitable
Low FODMAP
— Not suitable
SATURATED
0g
MONOUNSATURATED
0g
POLYUNSATURATED
0g
Baking powder contains baking soda plus an acid and usually a starch, so it can produce carbon dioxide when moistened and heated. Baking soda needs an acidic ingredient in the recipe, such as yogurt or lemon juice, to leaven baked goods.
Yes, but baking powder is not a one-for-one substitute for baking soda. It is less concentrated and adds acid to the recipe, so swapping it in can change the rise, flavor, and texture. Use a recipe designed for the substitution when possible.
Use the amount specified by the cake recipe, since the right amount depends on its flour and other ingredients. Adding extra baking powder does not guarantee a higher cake; too much can make it collapse or leave a bitter, metallic taste.
Stir a little baking powder into hot water. It should fizz noticeably if it is still active; little or no bubbling means it may no longer leaven reliably. This quick test is useful before baking with an older container.
Baking powder releases carbon dioxide when its ingredients react with moisture and, usually, heat. The gas forms bubbles in the batter, and those bubbles expand in the oven. Once mixed into a wet batter, bake it promptly so the leavening is not wasted.
No, baking powder generally cannot replace yeast in a yeast-bread recipe. It leavens quickly without fermentation, so the bread will lack the chewy structure and fermented flavor that yeast develops as dough rests.
Inactive baking powder, inaccurate measuring, or letting the batter sit too long can prevent a cake from rising well. An oven that is not fully preheated can also interfere; measure carefully and put the batter in the oven soon after mixing.
Double-acting baking powder releases some gas when it is mixed with liquid and more when heated. This gives batter a second lift in the oven, which is why many recipes can tolerate a short pause before baking—but prompt baking is still best.
Some baking powders contain aluminum-based acid ingredients, while others do not. Aluminum-free versions are available; the choice may affect flavor for some people, particularly in recipes where the batter rests before baking.
Keep baking powder tightly sealed in a cool, dry cupboard, away from steam and moisture. A damp spoon or an open container can cause clumping and weaken its leavening action, so close the package promptly after measuring.
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Nutrition data compiled from USDA FoodData Central and scientific sources.