The Number Line with Signed Numbers: Identify the greater value

Let's locate the letter on the number line and see which number represents it:

$D=-2$

Since the number negative 2 is negative, it must be less than zero, therefore:

0 > -2

Since both numbers are positive and identical, they are equal to each other:

$17=+17$

Due to the fact that the number minus 5 is a negative number and that the number 25 is a positive number, 25 is indubitably greater:

25 > -5

Since the number 3 comes after the number 0, it is necessarily greater:

3 > 0

Let's locate the letter on the number line and see which number represents it:

$E=-1$

We can see that it's the same number, therefore:

$-1=-1$

Let's locate the number that represents the letter on the number line:

$E=-1$

$H=2$

We should note that 2 is a positive number, and minus 1 is a negative number, therefore:

-1 < 2

Let's locate the letter on the number line and see which number represents it:

$F=0$

Since the number negative 5 is negative, it is necessarily less than zero, and therefore:

0 > -5

Let's locate the letter on the number line and see which number represents it:

$J=4$

We should note that it's the same number, therefore:

$4=4$

First we will locate the letters on the number line and see which numbers they represent:

$A=-5$

$K=5$

Since the number 5 is positive and the number minus 5 is negative, we can write the following:

-5<5

Let's locate the letters on the number line and see which numbers they represent:

$B=-4$

$G=1$

Since the number 1 is positive and the number minus 4 is negative:

-4<1

First, locate the letter on the number line and see which number it represents:

$C=-3$

After locating the numbers, we can determine:

-3<1

Let's locate the letter on the number line and see which number it represents:

$C=-3$

Since the number 1 is positive and the number minus 3 is negative, we can write the following:

-3 < 1

Therefore, the answer is (b).

First we will locate the letters on the number line to see which numbers they represent:

$D=-2$

$H=2$

Since the number 2 is positive and the number minus 2 is negative, we can write the following:

-2<2

Therefore, the answer is (b).

First, we need to locate the letters on the number line and see which numbers they represent:

$E=-1$

$H=2$

Since the number 2 is positive and the number minus 1 is negative, the missing sign is as follows:

-1<2

First let's locate the letters on the number line to see which numbers they represent:

$I=3$

$C=-3$

Since the number 3 is positive and the number -3 is negative, we can write them like so:

3 > -3

Since the number -3.9 is further from zero, it must be smaller, therefore:

0 > -3.9

Let's place the two numbers on the number line and observe which one is closer to zero:

Since the number -3.5 is closer to zero, it is greater:

-4 < -3.5

Let's place the numbers on the number line.

We will use whole numbers as reference points.

That is, both fractions are located between the numbers 0 and 1:

Since negative one-quarter is closer to zero, it is greater, therefore:

-\frac{1}{2} < -\frac{1}{4}

Let's look at the number line and locate each letter:

$H+D=2+(-2)$

$B-C-D=-4-(-3)-(-2)$

$G+I=1+3=4$

$F=0$

Then we can solve the remaining exercises, remember the rules:

$+(-x)=-x$

$-(-x)=+x$

Therefore:

$H+D=2+(-2)=2-2=0$

$B-C-D=-4-(-3)-(-2)=-4+3+2=-1+2=1$

G+I is the largest.

First, let's look at the number line and locate each letter:

$A+L=-4+7=3$

$G-E=2-0=2$

$H+C=3+(-2)$

$B-D=-3-(-1)$

Then let's solve the remaining exercises remembering the rules:

$+(-x)=-x$

$-(-x)=+x$

Therefore:

$H+C=3+(-2)=3-2=1$

$B-D=-3-(-1)=-3+1=-2$

A+L is the largest value.