By Vikram Dayal

ISBN-10: 813222339X

ISBN-13: 9788132223399

ISBN-10: 8132223403

ISBN-13: 9788132223405

This booklet provides an creation to R to accumulate graphing, simulating and computing abilities to permit one to determine theoretical and statistical versions in economics in a unified approach. the nice good thing about R is that it's free, extremely versatile and extensible. The booklet addresses the explicit wishes of economists, and is helping them circulate up the R studying curve. It covers a few mathematical issues similar to, graphing the Cobb-Douglas functionality, utilizing R to check the Solow development version, as well as statistical issues, from drawing statistical graphs to doing linear and logistic regression. It makes use of info that may be downloaded from the net, and that is additionally to be had in several R programs. With a few therapy of easy econometrics, the ebook discusses quantitative economics widely and easily, taking a look at versions within the mild of information. scholars of economics or economists prepared to benefit find out how to use R might locate this booklet very important.

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**Additional info for An Introduction to R for Quantitative Economics: Graphing, Simulating and Computing**

**Example text**

2 Change, Derivative and Elasticity Often, we are interested in how variable y will change when variable x changes. The change in a variable x is the difference between two values of x. If x is initially x ∗ and then is x ∗∗ , the change in x, is Change in x = x ∗∗ − x ∗ Or x = x ∗∗ − x ∗ Let y be a function of x: y = f (x). The rate of change of y with respect to x is the ratio of the change in y to the change in x. The rate of change of a function gives us the slope of the graph of the function.

5. 6. Make the linear function (use makeFun). Plot the linear function (use plotFun). Compute the derivative (a function) (use D). Plot the derivative (use ladd). Compute the elasticity (a function) using makeFun and steps 1 and 3. Plot the elasticity. We can use this ‘recipe’ for the linear function by editing the R code to also examine other functions, like the quadratic function. In each step, we use the mosaic package that we had used in Chap. 4. Step 1. 5) Step 2. Plot the linear functions (Fig.

1007/978-81-322-2340-5_4 19 20 4 Supply and Demand by Pruim et al. 2013) in this chapter. We first install mosaic. packages('mosaic') We used the hash (#) sign with the install command above because it was already installed; we should delete the hash and then run the command if mosaic is not installed. It is a good idea to use hash liberally to put comments in our script. We now load the package mosaic, with the command library . > library(mosaic) If we run the command help(mosaic) after loading it, a description will open in the help viewer in RStudio.

### An Introduction to R for Quantitative Economics: Graphing, Simulating and Computing by Vikram Dayal

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