The weight of a bag of apples varies. This is due to there being many bags of apples that differ from each other because apples are natural, therefore varying in weight, and producers bagging them in different quantities, as a result, generally bags of apples are measured in quantities of types of apple rather than weight. So to find the answer to your question you should conduct a survey, and find an average for your results.
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.
Box of apples = 9 kg + Half the weight of a box of applesThis can be written as...Box of apples = Half the weight of a box of apples + Half the weight of a box of applesThis means that 9 kg = Half the weight of a box of apples, so...9 x 2 = 18 kg
You have a total of seven apples.
10
Like if it said 4 apples per a bag. That means for apples for a bag. So in that sentence it would mean for.
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.
To weigh a bag of apples, place the bag on a scale and record the weight displayed. Subtract the weight of the bag itself to determine the net weight of the 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.
The base unit for a bag of apples is typically "apple" as each individual apple is counted. An appropriate unit for a bag of apples could be "pounds" or "kilograms" if referring to the weight of the bag of apples.
The tension in the rope would be equal to the weight of the bag of apples, which is 20 N. This is because the rope must exert an upward force equal to the weight of the bag to keep it at rest.
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.
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The tension in the rope will be 20 N, which is equal to the weight of the bag of apples. This is because the tension in the rope needs to counteract the force of gravity acting on the apples to keep them suspended.
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.
The tension in the rope would be equal to the weight of the apples, which is 20 N, at rest. This is because the rope has to support the weight of the bag of apples without any other external forces acting on it.
If the mass of the apples is 3,249 grams, their mass is also equal to 3.249 kilograms.(Their weight on earth is 31.84 newtons, or 7.163 pounds. In other places,it would be different. The 'kilogram' is not properly a unit of force or weight.)