It can be any polynomial rule with integer coefficients in which there are an even number of odd coefficients.
The first ten odd numbers
The pattern is... add 7 then subtract 4. The next two numbers would be 45 & 41.
A pattern rule is a mathematical expression that describes the relationship between the input and output values in a sequence or pattern. In the context of the number -4, it could represent a pattern rule where each successive number is decreased by 4. For example, if the pattern rule is -4, the sequence could be 10, 6, 2, -2, and so on, where each number is 4 less than the previous one.
prime numbers
Check the differences between consecutive numbers.
The first ten odd numbers
It is not a rule as such; those number are the first 10 prime numbers.
a law!
The pattern is... add 7 then subtract 4. The next two numbers would be 45 & 41.
A pattern rule is a mathematical expression that describes the relationship between the input and output values in a sequence or pattern. In the context of the number -4, it could represent a pattern rule where each successive number is decreased by 4. For example, if the pattern rule is -4, the sequence could be 10, 6, 2, -2, and so on, where each number is 4 less than the previous one.
Each number is decreasing by half.
prime numbers
Yes. Integers, Real Numbers, and even Complex Numbers can as well.
Hopefully, one of the rules is to put spaces between the numbers so we can discern a pattern.
Check the differences between consecutive numbers.
Homework question: The first numbetr is 4. A rule is multiply by 2 and then subtract 3. What are the first 6 numbers in the pattern
I would describe the rule as one of the simplest possible.The product is odd only if each of the natural numbers is odd. If any one of them is even, the product is even.I would describe the rule as one of the simplest possible.The product is odd only if each of the natural numbers is odd. If any one of them is even, the product is even.I would describe the rule as one of the simplest possible.The product is odd only if each of the natural numbers is odd. If any one of them is even, the product is even.I would describe the rule as one of the simplest possible.The product is odd only if each of the natural numbers is odd. If any one of them is even, the product is even.