A straight line.
But i am rather looking to do something like this;
Kepler's third law for example, it can be graphed as shown in the picture.
I want to do something like that to form a linear relationship rather than graphing the functions themselves if you get what i mean.
Yeah but when i try to expand after squaring both sides, i get a two x values. For example, continuing from the example i gave above, if i square both sides, i get y^2 =567x + 1879 +72(√7x+23).
I don't know how to work with that.
Also, when i square after rearranging, i get:
162x = y^2 -8y...
So, in Physics, we were to learning about linearising data of a practical. We know that if the graph of the data of a practical or experiments represents a surd function (y=x^0.5), then it can be linearised by graphing y^2 against x. Therefore, y^2 would be directly proportional to x. However...
Homework Statement
In a practical that we conducted, we were investigating the relationship between Launch height and the range (horizontal distance it travels) of a projectile. We launched a projectile from various heights and measured the horizontal range it traveled before reaching the...
In a projectile motion practical, we had to investigate the relationship between launch of projectile and the range it travels. Increasing the height will obviously increase the range. However, we are trying to understand why it does in a more scientific way. We already know that increasing...