Solve the following expression:
Solve the following expression:
\( (+8)+(+12)=\text{ ?} \)
\( (-8)+(-12)= \)
\( (-10)-(+13)= \)
\( (-8)-(-13)= \)
Solve the following problem
\( (+6)-(+11)= \)
Solve the following expression:
Let's add 8 to the number line and move 12 steps to the right.
Note that our result is a positive number:
Now solve the following exercise:
Let's locate -8 on the number line and move 12 steps to the left.
Let's note that our result is a negative number:
Let's remember the rule:
Now let's write the exercise in the appropriate form and solve it:
Let's locate -10 on the number line and move 13 steps to the left.
Let's note that our result is a negative number:
Let's remember the rule:
Now let's write the exercise in the appropriate form and solve it:
Let's remember the rule:
Now let's write the exercise in the appropriate form:
We'll use the substitution law and solve:
Solve the following problem
Let's remember the rule:
Now let's write the exercise in the appropriate form:
We'll locate the number 6 on the number line and from there we'll move 11 steps to the left:
The answer is minus 5.
Solve the following equation:
\( (-8)+(+12)=\text{ ?} \)
Solve the following exercise:
\( (-\frac{1}{7})-(-\frac{7}{7})= \)
Solve the following expression:
\( (+8)+(-4.5)=\text{ ?} \)
\( (+567)-(-69)= \)
\( (+x)-(+4x)=\text{ ?} \)
Solve the following equation:
First, let's remember the rule:
Now let's write the exercise in the following way:
We'll draw a number line and place minus 8 on it, then move 12 steps to the right:
Therefore:
Solve the following exercise:
Let's position minus on the number line and move one step to the right, since
We should note that our result is a positive number:
Let's remember the rule:
Now let's write the exercise in the appropriate form and solve it:
Solve the following expression:
First we need to locate the number 8 on the number line and move 4.5 steps to the left from it:
Remember the rule:
Now let's rewrite the problem in the appropriate form and solve:
Let's remember the rule:
Now let's write the exercise in the appropriate form:
Let's solve the exercise vertically:
First, let's remember the rule:
Now let's write the exercise in the following way:
We'll add to the number line and go 4 steps to the left:
Therefore the solution is:
\( (+x)+(+3x)=\text{ ?} \)
Simplify the following expression:
\( (-x)+(-5x)= \)
Simplify the following expression:
\( (-x)-(+3x)=\text{ ?} \)
Solve the following expression:
\( (-x)-(-6x)=\text{ ?} \)
\( (+\frac{1}{4})+(2\frac{3}{4})=\text{ ?} \)
First let's remember the rule:
Now let's write the exercise in the following way:
We'll can then add to the number line values and move 3 steps to the right:
Therefore, the solution is:
Simplify the following expression:
Note the following rule:
Now let's write the exercise in the following way:
We'll add negative to the number line and move 5 steps to the left:
Therefore, the solution is:
Simplify the following expression:
Note the following rule:
Now let's write the exercise in the following way:
We'll add negative to the values on the number line and move 3 steps to the left:
Therefore, the solution is:
Solve the following expression:
Note the following rule:
Now let's rewrite the exercise as follows:
Then, we will write -x on the number line and move 6 steps to the right:
Therefore, the solution is:
First, locate the number on the number line and move steps to the right from it.
This means the resulting number will be positive:
Finally, solve the exercise:
3
Solve the following problem:
\( (-\frac{1}{5})+(-3\frac{4}{5})= \)
Solve the following expression:
\( (-302)-(-7.6)= \)
\( (+301)+(-51)=\text{ ?} \)
\( (+0.76)-(+13.04)=\text{ ?} \)
\( (-0.85)+(+2.25)= \) ?
Solve the following problem:
Let's mark minus on the number line and move steps to the left, meaning our result will be a negative number:
Let's remember the rule:
Now let's write the exercise in the appropriate form and solve it:
Solve the following expression:
Note the following rule:
Now let's write the exercise in the appropriate form:
We'll locate -302 on the number line and go right 7.6 steps:
Note that our result will be negative.
Let's solve the exercise carefully by adding a decimal point to the number 302 to avoid confusion during the solution:
Note that the final answer is negative, meaning:
First, remember the rule:
Place 301 on the number line and move 51 steps to the left:
Rewrite the exercise in the appropriate form and solve it:
First we need to remember the rule:
Now let's rewrite the exercise in the appropriate form:
Next we will solve the exercise vertically, keeping in mind that the final result will be negative since we are subtracting a smaller number from a larger number:
Remember that the answer must be a negative number, so we will add a minus sign to get:
?
First, locate -0.85 on the number line and note that we are moving 2.25 steps to the right:
Then use the commutative property:
Finally, solve vertically: