Final answer:
To answer the question, you must calculate a linear equation from data points and then find specific function values, rounding as needed. However, without the actual function or data, it is impossible to provide the specific rounded values requested.
Step-by-step explanation:
The question relates to the process of analyzing data and calculating results in mathematics, specifically involving linear equations. When calculating linear equations from a set of data points, you must enter the data into a calculator or computer. The linear equation that represents the relationship between the x and y values in this data set can then be written, generally in the form y = mx + b, where m represents the slope and b represents the y-intercept, with both values rounded to the nearest four decimal places as required.
Once the linear equation is determined, the specific values requested in the question can be calculated. These values are the outputs of the function for given inputs (usually x-values), and it is often important to round these to the correct number of decimal places, which in this case is to the nearest hundredth. Rounding to the correct number of significant figures and including proper units are essential steps in reporting your results in mathematics and science, ensuring precision and clarity in communication.
To answer this question, you would typically solve for the values of y when x is given, or vice versa, using the derived linear equation. Unfortunately, since the actual function and specific x and y values are not provided in this scenario, we cannot calculate the specific values of y and x to the nearest hundredth.