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What ate the 3 ways of writing ratio?
As a fraction (4/3), 4:3, or "4 to 3"
What are two ways to write negative exponents?
writing as a fraction, example: 3-4 = 1/34 or just write it as 3-4
What is the two methods in writing set?
1. listing method i.e A = {1, 2, 3, 4, 5} 2. set builder notation i.e B = {x | 1 < x < 10 and 3 | x}
What is 203 percent as a decimal and fraction?
203% = 2.03 = 203/100 = 2 3/100. These are simply different ways of writing the same quantity.
How do you write 64 thousandths?
sixty-four thousands. or expressed mathematically: 64/1000 or 0.064 or 64.0 e-3 or 64.0*10-3
How many ways can you arrange 4 books on a shelf?
The answer to this one is 24. You can do this mathematically by 4*3*2*1.
What are the different ways of writing a ratio?
There are a few different ways of writing a ratio, which are shown here:As a fraction- like 3/4, or like this 3:4 or 3 to 4
What is 3 ways for writing 2.25?
32/229/4.75*3
What are some easy ways 24 can be grouped?
Mathematically? You can factor it: 1 & 24, 2 & 12, 3 & 8, 4 & 6
What are the 3 ways to name a set in geometry?
== ==
What are the 3 ways of describing a set?
AuB'
What ate the 3 ways of writing ratio?
As a fraction (4/3), 4:3, or "4 to 3"
What are the 3 ways to define set of numbers?
1.roster 2.rule 3.set-builder
How many ways can you arrange seven friends for a photo?
Mathematically speaking, if you line them up in one straight line, there are 5040 ways. You do 7*6*5*4*3*2*1=5040. The * means multiply.
What is the set builder notation for 3?
First of all, there are many different ways to express 3 in set builder notation, to be more precise, there are many different ways to express the set containing 3 as its only element. Here are a few ways {x∈R | x=3} or {x∈N | 2<x<4} or even just {3}
What are the 3 ways of naming a set?
rosting method rule method set-builder rotation
What set does 0 belong to?
The mathematically correct answer is: any set that contains it. For example, it belongs to the set of all numbers between -3 and +2, the set {0, -3, 8/13, sqrt(97), pi}, the set {0}, the set of the roots of x3 - x2 + x = 0, the set of all integers, the set of all rational numbers, the set of all real numbers, the set of all complex numbers.
