Dilation is the process of making something scaled. In the rectangle with a length of 4 and a width of 2, there is no dilation.
<h3>What is the rectangle?</h3>
A rectangle is a quadrilateral whose opposite sides are parallel and are of equal measurement.
<h3>What is dilation?</h3>
Dilation is the process of making something bigger or wider or scaled.
As we have the length of the rectangle as 4 and the width of the rectangle as 2, which is the same as before as well. therefore, there is no change in the length or the breadth of the rectangle. Thus, we can say that there is no dilation in the length and breadth of the rectangle.
Hence, In the rectangle with a length of 4 and a width of 2, there is no dilation.
Learn more about Dilation:
brainly.com/question/2856466
$8792 / $14 = 628 tickets were sold
Step 1: Add 65 to all sides
Step 2: Add 4x to all sides
Step 3: subtract 70 to all sides
Step 4: divide by 4 to all sides
Ending: x is greater than or equal to -17.5
You will end up with it saying -17.5 is greater than or equal to -2.75 but since -17.5 is not greater than -2.75 the answer to this problem is ...
No solution because the inequality that you end up with won't make sense and therefore does not work in the problem
Answer: NO SOLUTION (yayayyayay).
Human and non-human species possess a mental system of number representations that appear early in the lifespan and that supports approximate number skills, such as numerical estimation or number comparison. With the later acquisition of language and of symbolic numbers, human beings also develop exact number skills that allow using numbers precisely, such as in counting and arithmetic. The current review points out the behavioral data which either support or challenge these contrasting proposals. In an attempt to provide a comprehensive overview of these mixed data, we carefully took into account the heterogeneity of the available studies regarding the kind of tasks, stimuli or ages of assessment. Also, you can show how the numbers are related simply by identifying the tenth place value of each digit.
