0
Add your answer:
Earn +20 pts
How is subtracting fractions different from adding fractions?
In subtraction you take away rather than add. Also, addition is commutative, subtraction is not so the order of the numbers does matter for subtraction.
Why is order important when translating subtraction and division expressions?
Order is important because when you switch your numbers when dividing or subtracting, you might get a different answer which would affect your answer. ♫
Does order matter when subtracting equal value?
no, unless there is more to the equation
How many different sets of four numbers can you get from six sets of numbers?
6 if order doesn't matter
Does the order of numbers matter for set form in algebra?
No, Order does not matter
How is subtracting fractions different from adding fractions?
In subtraction you take away rather than add. Also, addition is commutative, subtraction is not so the order of the numbers does matter for subtraction.
Why is order important when translating subtraction and division expressions?
Order is important because when you switch your numbers when dividing or subtracting, you might get a different answer which would affect your answer. ♫
Does order matter when subtracting equal value?
no, unless there is more to the equation
How many different sets of four numbers can you get from six sets of numbers?
6 if order doesn't matter
Does it matter what order numbers are multiplied in?
No; it does not matter.
How many different ways can 15 be written as the sum of 4 different counting numbers assume the order does not matter?
6.
Does the order of numbers matter for set form in algebra?
No, Order does not matter
Does order matter when subtracting?
Yes it matters. Say 9 - 13 = -4; but 13 - 9 = 4.
How many different combination's are in the number's 1 - 59?
Only one, since the order of the numbers does not matter in a combination.
When you divide two numbers does the order of the numbers matter?
yes
How many combinations of 4 numbers are there in 6 numbers?
If the order of the 4 numbers matters, then there are (6 x 5 x 4 x 3) = 360 .If the order of the 4 numbers doesn't matter, then there are 15 different groups of 4.
Commutative property basically states that numbers can be added or subtracted in any order?
The commutative property is that the order of the operands (numbers) does not matter. So:It is true for: Adding numbers: 1 + 2 = 2 + 1 = 3Multiplying numbers: 2 x 3 = 3 x 2 = 6It is false for: Subtracting numbers: 1 - 2 = -1 ≠ 2 - 1 = 1Dividing numbers: 3 ÷ 6 = 1/2 ≠ 6 ÷ 3 = 2
