Continue with your mobile number
Explanation: The lm() function in R is specifically designed for fitting linear models, including linear regression. This function takes the formula for the dependent and independent variables, along with the dataset, and returns an object containing all the necessary information about the fitted model. For example, using lm(y ~ x, data=dataset) fits a linear regression model to predict y based on x . This makes it an essential tool for statistical modeling and predictive analytics. The lm() function forms the backbone for many analyses in R, enabling data analysts to understand relationships between variables and build models for forecasting or hypothesis testing. Option A: The plot() function creates visualizations but does not perform statistical modeling. Option C: The summary() function provides details about a fitted model, but it doesn’t fit models itself. Option D: The predict() function makes predictions based on a model fitted by lm() but does not perform fitting. Option E: The cor() function calculates correlation between variables, which is useful for analysis but not for fitting models.
Identify the OSI layer responsible for end to end transmission
Definition of 2NF
Consider a Binary Search Tree (BST) with the following values inserted in sequence: 45, 32, 50, 15, 40, 47, 60. What will be the in-order traversal of t...
Which of the following statements best describes a key difference between virtual machines and containers?
In an operating system, which of the following system calls is most likely to cause a process to enter a waiting state due to synchronization with anoth...
In object-oriented programming, what type of polymorphism is achieved at runtime?
In Big Data Analytics, what is the main function of the MapReduce programming model?
In a mission-critical network requiring fault tolerance and multiple redundant paths, which of the following topologies provides the highest level of re...
Which of the following creates a pattern object?