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!
All gucci bags and purses have serial numbers in order to protect themselves from fake products.
The answer is 6
no..not all early century authentic bags have serial numbers
There is no answer for this question, because if all four of the bags have odd values then the total must be even. Any time you add an even number of odd numbers, your answer will be even. For example, 1 + 3 = 4 (even) 3 + 5 + 7 + 9 = 24 (even)
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.
All statistics are data because all statistics are formed of numbers and numbers are a type of data (numrical). But not all data is statistics because not all data is numbers, it can also be words, pictures etc. It's like saying all apples are fruit but all fruit are not apples.
I think you mean: is the number zero a member of the set of natural numbers? ie does 0 ∈ ℕ The answer is: yes and no - depending upon which definition you use! The natural numbers are the counting numbers which can be used to count things. eg you can have 1 apple, 2 apples, etc. However, you can also have no apples (0 apples): you had 5 apples and gave them all to your friends and they now have the 5 apples and you have 0 apples. You can't really count zero apples - it is an absence of apples. Hence some definitions include zero, others do not.
all numbers with three and four in it
The numbers from 1000 to 9999 are all 4 digits, as are -1000 to -9999. Therefore there are 18,000 four-digit numbers in all.
The numbers from 1000 to 9999 are all 4 digits, as are -1000 to -9999. Therefore there are 18,000 four-digit numbers in all.
You can have counting number in multiplication and addition. All integers are in multiplication, addition and subtraction. All rational numbers are in all four. Real numbers, complex numbers and other larger sets are consistent with the four operations.