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.
Oh, dude, that's easy! Just put 1 apple in the first bag, 3 in the second, 1 in the third, and 4 in the fourth. Voilà, each bag now has an odd number of apples. It's like apple math, but with a twist!
Ah, the weight of a bag of apples can vary depending on how many apples are in there. You see, each apple has its own weight, and when you put them all together in a bag, it can add up to a certain weight. It's like creating a beautiful painting with different colors and shapes coming together to make something wonderful. Just like those apples in that bag, each one unique and special in its own way.
There would be 360 apples
Treat it as a simultaneous equation and it works out as: Oranges = 0.10 each Apples = 0.20 each
Each person would receive two whole apples and one third each.
Oh, dude, that's easy! Just put 1 apple in the first bag, 3 in the second, 1 in the third, and 4 in the fourth. Voilà, each bag now has an odd number of apples. It's like apple math, but with a twist!
It is 3/5 bags of apples each.
If you consider the bags sure the answer will be a fraction since the two bags are divided into three persons so each one will have 2/3 of the bags, however, if you consider the contents of the bags, so in this case, it depends on the number of apples in the bags if the total number of apples is a multiple of three so each one of the three friends will receive a certain number of apples and the answer is not a fraction but if the total number of apples in the two bags is not a multiple of three so the received number of apples for each one of the three friends is a fraction
To share 12 apples equally among 5 bags, you would distribute 2 apples into each of the 5 bags, which accounts for 10 apples total. This leaves you with 2 apples remaining. You can either keep these extras aside or distribute them further as needed, but each bag would contain 2 apples to ensure an equal share.
16 of each
some of the things that could be used for paper is,setain towels,clothes like, pants and shirts.Also could be for bags like paper bags.
Oh, dude, it's like comparing apples to oranges. Paper bags can typically support more weight than plastic bags, but it really depends on the quality and thickness of the material used. So, like, if you're planning on carrying a ton of stuff, maybe go for the paper bags, but either way, just don't overload them and you should be fine.
3/5=0.6 of a bag each.
15 apples and 22.5 oranges
3p + 2a = 324p + 3a = 44Multiply both sides of the upper equation by 3, andmultiply both sides of the lower equation by 2:9p + 6a = 968p + 6a = 88Subtract the lower equation from the upper one:p = 8 . . . . . Each pumpkin weighs 8 pounds.Substitute this value back into the first equation up at the top:24 + 2a = 32Subtract 24 from each side:2a = 8Divide each side by 2:a = 4 . . . . . Each bag of apples weighs 4 pounds.
Put one in each bag. Then eat the rest.
The number of kraft paper bags on a pallet typically ranges from 50 to 100 bags, depending on the size and weight of each bag. For a 40-foot container, you can generally fit around 1,000 to 1,500 bags, depending on the dimensions of the bags and how they are packed. It's essential to consider the weight limit and the specific bag sizes for accurate calculations. Always consult with your supplier for precise loading specifications.