Study guides

☆☆

Q: The first problem is 4 the rule is multiply by 2 then subtract 3 what are the first 6 numbers in a pattern?

Write your answer...

Submit

Related questions

Word problems have key words, like sum, add, difference, subtract, product, multiply, quotient, divide.

You have to make make 24 with the 3 numbers they gave you. Once you Add, Subtract, Multiply, or Divide, you click the answer of the problem's answer and you Add, Subtract, Multiply, and Divide by the number you have left.

you multiply the two numbers before the =. ex. 4x8=. the 4 and the 8 are the numbers you multiply another is 6x9=. the 6 and the 9 are the numbers you multiply.

You can multiply the answer to see if it's right. same with multiplication, addition, and subtraction. Multiplication, you divide, to check addition, you subtract, and subtract, you add.

cubes can be used to add subtract multiply or use any operations to act out a problem!

When you multiply numbers, the answer is called a product.

multiply 2 numbers dahh

An algorithm is just about any method used to solve a problem. Common algorithms include the methods taught in school to add, subtract, multiply and divide numbers with pencil and paper.

You multiply two (or more) numbers together.

Multiply the number by the percent in decimal form, and subtract the result from the original number. Alternatively, multiply the number by (1 - the percent).

DIVIDE MULTIPLY SUBTRACT BRING DOWN That helps you with every long division problem.

You take the two numbers that you need which is the width and the height then you multiply the width and height and multiply the two numbers to find the product and that's your answer! :)

First, to subtract fractions, you need to make sure that the both have a common denominator. By this, I mean that they need to have the same number on the bottom of the fraction. If they are not the same, you need to multiply. Say you had this problem: 4/5 - 1/3 You will notice they don't have a common denominator. To make sure that the bottom is the same number, multiply 4/5 by 3 and 1/3 by 5. When you multiply, you do this to both the top and the bottom number. The problem now looks like this: 12/15 - 5/15 Now you're ready to subtract! All you have to do is subtract the top numbers, and keep the bottom ones the same. So: 4/5 - 1/3 = 7/15

A quotient is the answer to a multiplication problem. Therefore, just multiply the two numbers.

That depends what is the problem given, and what you want to solve. You may want to read an introductory article on complex numbers, to learn how you add them, multiply them, etc.That depends what is the problem given, and what you want to solve. You may want to read an introductory article on complex numbers, to learn how you add them, multiply them, etc.That depends what is the problem given, and what you want to solve. You may want to read an introductory article on complex numbers, to learn how you add them, multiply them, etc.That depends what is the problem given, and what you want to solve. You may want to read an introductory article on complex numbers, to learn how you add them, multiply them, etc.

subtract

You should multiply one pair of numbers.

yes, just look at this problem, 3-4=-1. its simple math

Normally, you would subtract it.

When you round up all the numbers to a number that they are all close to and multiply how many numbers there are by the rounded number.

Multiply the two smaller numbers and see if they equal the larger number.

the difference

Let's start with an easier problem. If you want to know how many numbers are between 1 and 7, then you have 2 & 3 & 4 & 5 & 6 which is 5 numbers. If you subtract 1 from 7, then you have 6 numbers. So, to get the final answer you subtract the two original numbers and then subtract one more. In our example, 7 - 1 = 6 and 6 - 1 = 5, so the answer is 5 numbers between 1 and 7. For the given example, take 1000 - 773 to get 227, then subtract one more. So, there are 226 numbers between 773 and 1000.

cross multiplacation. put the 3 numbers into fractions and than multiply the 2 diagnol numbers then divide by the third.

Multiply the numbers, count the total number of decimal places in the problem and place that many in your product.