well if you count by 3's you would put 3 in the first 3 in the sec and 3 in the 3ed so you don't need 4 lol.
Number of bags = 1/volume of gravel in each bag .
The number of bags of lupins in a tonne depends on the weight of each bag. For example, if each bag weighs 25 kilograms, there would be 40 bags in a tonne (1,000 kg ÷ 25 kg/bag). If the bags are of a different weight, you can adjust the calculation accordingly by dividing 1,000 kg by the weight of each bag.
5x+10y=200 x is the number of 5lbs bags and y is the number of 10lb bags
Solve the problem by treating it as a simultaneous equation question which works out as: Apples: 0.20 each Oranges: 0.10 each
You need10.8/(the number of cubic feet of sand in each bag) bags.
With Cloning technology!!!
how can you carry 9 oranges in 4 bags and have an odd number of oranges in each bag?
Nora has 54 oranges and wants to distribute them equally among 9 bags. To find out how many oranges should be in each bag, we divide the total number of oranges by the number of bags: 54 ÷ 9 = 6. Therefore, Nora needs 9 bags if she wants to put an equal number of oranges in each bag.
of course
15 apples and 22.5 oranges
Number of bags = 1/volume of gravel in each bag .
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
10 bags
Let's represent the number of marbles in each bag as x and the number of bags as 2x. Since each bag contains the same number of marbles, the total number of marbles can be expressed as x * 2x = 32. This simplifies to 2x^2 = 32. Solving for x, we find x = √(32/2) = √16 = 4. Therefore, there are 4 marbles in each bag.
To determine the least number of bags needed to hold 51 pounds of sugar, we can use a method called linear Diophantine equations. We need to find integers x and y that satisfy the equation 4x + 5y = 51, where x represents the number of 4-pound bags and y represents the number of 5-pound bags. By solving this equation, we find that the least number of bags required is 9, with 3 bags weighing 4 pounds each and 6 bags weighing 5 pounds each.
23
The number of bags of lupins in a tonne depends on the weight of each bag. For example, if each bag weighs 25 kilograms, there would be 40 bags in a tonne (1,000 kg ÷ 25 kg/bag). If the bags are of a different weight, you can adjust the calculation accordingly by dividing 1,000 kg by the weight of each bag.