pounds of (LBS). Ounces is too small and tonnes is too big.
The number of apples in a 3-pound bag depends on the size and weight of each apple. On average, there are about 7-8 medium-sized apples in a 3-pound bag.
poundA newton
The metric unit for measuring the weight of a bag of groceries is usually kilograms (kg) or grams (g).
The probability of taking 2 red apples from a bag of 2 red and 3 green apples can be calculated using the hypergeometric distribution formula. The probability would be (2C2 * 3C0) / 5C2 = 1/10, which is 0.1 or 10%.
You would use the metric unit "kilograms" to measure the weight of a bag of groceries.
the 5lb bag, you just divide the ponds by the price. Hope I helped! ;3)
pound
2.99/2.5=1.196, so about $1.20 per pound of apples.
That depends what quantity you want to measure. -- Weight of the bag of apples . . . the scale in the store, newtons or pounds -- Mass of the bag of apples . . . . . balance scale, kilograms -- Length, width, or height of the bag . . . ruler, inches or centimeters -- Volume of the bag of apples . . . tub of water, graduated cylinder, liters or fluid ounces -- Time the apples stay fresh . . . calendar, clock, hours or days
Yes. Of course! No, because some of the stems might have fallen off.
1/6
If it weighs one kilogram on the moon, it will have about six times as many apples as a bag of 1 kilo apples on earth.
It is more likely for a bag of apples to weigh 2kg because 2kg is within the typical weight range of a bag of apples, whereas 2g would be a very small weight for a bag of apples.
The number of apples in a 3-pound bag depends on the size and weight of each apple. On average, there are about 7-8 medium-sized apples in a 3-pound bag.
Apples are sometimes sold by the unit (for example, "the small apples cost Bs. 2.00 for 3 apples; the large ones cost Bs. 1.00 each"), sometimes by mass (which is popularly confused with "weight"). In this case, kilograms would be used in most countries.
Apples in a plastic bag last a little longer than apples in a foil bag.
Well, honey, it's simple. You put 3 apples in each of the first three bags, leaving the last bag empty. Then, you put the remaining 3 apples in the last bag. Voila! Odd numbers of apples in each bag, just like you asked.