📈Inverse variation occurs when one variable increases while the other decreases.
⏱️In the context of speed and time, as the time taken for a journey decreases, the speed increases.
🛣️Inverse variation can be observed in real-life examples, such as the relationship between distance and time.
📉Conversely, if the time taken for a journey increases, the speed decreases.
🔄Inverse variation is characterized by a curved relationship rather than a straight line relationship.
What is inverse variation?
—Inverse variation is a type of relationship where one variable increases while the other decreases.
What is an example of inverse variation?
—An example of inverse variation is the relationship between speed and time, where as the time taken for a journey decreases, the speed increases.
Can inverse variation be observed in real life?
—Yes, inverse variation can be observed in various real-life examples, such as the relationship between distance and time.
What happens to the speed if the time taken for a journey increases?
—If the time taken for a journey increases, the speed decreases in inverse variation.
How is inverse variation different from direct variation?
—Inverse variation is characterized by a curved relationship, while direct variation shows a linear relationship.
00:00Inverse variation is a type of relationship where one variable increases while the other decreases.
05:50An example of inverse variation is the relationship between speed and time, where as the time taken for a journey decreases, the speed increases.
09:23Inverse variation can be observed in various real-life examples, such as the relationship between distance and time.
10:52If the time taken for a journey increases, the speed decreases in inverse variation.
11:15Inverse variation is characterized by a curved relationship, while direct variation shows a linear relationship.
