Duncan Hines Perfect for 1 Cookies & Cream Cake

Pouch 72 g


Calories in 1 Pouch (72 g)
70 calories, 35 from fat
 
Carbs
54 g
 
Proteins
4 g
 
Fat
8 g
 
Sat. Fat
5 g

KEY FACTS

(learn about health benefits or risks)
  • Duncan Hines Perfect for 1 Cookies & Cream Cake has low calorie density - this means that the amount of calories you are getting from an ounce is low (0.04 cal/oz).
  • Relatively rich in vitamins and minerals (4.6%/cal) - a good source of Calcium (helps prevent cancer).
  • Duncan Hines Perfect for 1 Cookies & Cream Cake contains a high amount of risky components that may include saturated fat, cholesterol, sodium and sugars (0.08%/oz).
  • Good source of proteins (11% of DV/100g), relatively high in carbs (25% of DV/100g) and relatively high in saturated fat (35% of DV/100g)!

Calories Nutrition Risky Content
Low
Density
(1 cal/g)
Medium
Density
(4.6 %/cal)
Very High
Density
(2.2 %/g)

NUTRITION FACTS

(% of daily value based on 2000 calories per day)
8%
Protein
18%
Carbs
2%
Fiber
12%
Fat
25%
Saturated Fat
12%
Cholesterol
17%
Sodium
106%
Added Sugar

BURN THOSE CALORIES

Yoga
Jog
Cleaning
Child Care
23 min
9 min
18 min
28 min

VITAMINS

(% of daily value based on 2000 calories per day)

MINERALS

(% of daily value based on 2000 calories per day)

NUTRITION LABEL

(% of daily value based on 2000 calories per day)

Nutrition Facts

Duncan Hines Perfect for 1 Cookies & Cream Cake

Serving Size: Pouch (72g)

* Amount Per Serving
Calories 70 cal
Calories from Fat 35 cal
% Daily Value
Total Fat 8 g 12.3%
Saturated Fat 5 g 25%
Cholesterol 35 mg 11.7%
Sodium 410 mg 17.1%
Total Carbohydrate 54 g 18%
Dietary Fiber 0.5 g 2%
Sugars (Added) 31.7 g 105.6%
Protein 4 g 8%
 
Vitamins
Vitamin A 0 IU 0%
Vitamin B6 0 mg 0%
Vitamin B12 0 mcg 0%
Vitamin C 0 mg 0%
Vitamin D 0 mcg 0%
Vitamin E 0 mg 0%
Vitamin K 0 mcg 0%
 
Minerals
Calcium (Ca) 80 mg 8%
Copper (Cu) 0 mg 0%
Iron (Fe) 1.1 mg 6%
Magnesium (Mg) 0 mg 0%
Manganese (Mn) 0 mg 0%
Potassium (K) 0 mg 0%
Phosphorus (P) 0 mg 0%
Selenium (Se) 0 mcg 0%
Zinc (Zn) 0 mg 0%