they r probably about i1-2 ponds depending on what kind they r if their green their about 4 lbs. if their red bout 2
what is 2 kg of gold in US dollars
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
The cost of 2 kg of apples can vary widely depending on factors such as location, season, and the type of apples. On average, prices range from $2 to $5 per kilogram, making 2 kg typically cost between $4 and $10. For the most accurate pricing, it's best to check local grocery stores or farmers' markets.
The number of apples in 2 kg would depend on the size and weight of each individual apple. On average, a medium-sized apple weighs about 0.2 kg, so in 2 kg, you could have approximately 10 apples. However, this number could vary based on the specific type of apple and its size.
1 kg = 1000 grams 1/2 kg = 500 grams 700 grams is heavier
2 UK Pounds = 3.28 Australian Dollars
2 dollars Elizabeth 2 Australian 1988
1 kg = 1000 grams so 7 dollars per kg = 7 dollars per 1000 grams. Dividing by 2: 3.5 dollars for 500 grams.
Around 92,000 USD at today's prices.
2 Kilograms of sugar is $1.49 at Aldi.
The value of 1 Australian pound in 1949 can be estimated to be around 2 Australian dollars today, as the Australian pound was replaced by the Australian dollar in 1966 at a conversion rate of 1 pound to 2 dollars. However, adjusting for inflation and changes in purchasing power, 1 pound from 1949 would be worth significantly more in today's currency, roughly equivalent to around 40 to 50 Australian dollars. This estimate can vary based on the specific inflation calculator used.
The mass of a 2 kg bag of apples remains 2 kg regardless of location, including on the moor. Mass is a measure of the amount of matter in an object and does not change with gravitational force or location. However, the weight of the bag would vary slightly depending on the gravitational pull of the specific location.