USE RSTUDIO/R TO ANSWER THESE

4. (2 pts) In R, the largest integer is 231 1= 2147483647. See for example: > str(.Machine$integer.max) int 2147483647 > str(. Machine$integer.max + 1L) Warning in . Machine$integer.max + 1L: NAS produced by integer overflow int NA What is the largest possible (numerical) value in R? 5. (2 pts) What is the probability to observe exact 7 heads when a fair coin is tossed 10 times? The answer to this question is 11.72%. Use the following steps to verify this answer. Step 1: Use the sample() function to mimic a sequence of ten coin tosses. Step 2: Count the number of "heads in Step 1. Step 3: Repeat Steps 1 and 2 1,000 times. The average number of "heads find in Step 3 provides a valid approximation to the probability to observe exact 7 heads when a fair coin is tossed 10 times. Report your average in Step 3. 4. (2 pts) In R, the largest integer is 231 1= 2147483647. See for example: > str(.Machine$integer.max) int 2147483647 > str(. Machine$integer.max + 1L) Warning in . Machine$integer.max + 1L: NAS produced by integer overflow int NA What is the largest possible (numerical) value in R? 5. (2 pts) What is the probability to observe exact 7 heads when a fair coin is tossed 10 times? The answer to this question is 11.72%. Use the following steps to verify this answer. Step 1: Use the sample() function to mimic a sequence of ten coin tosses. Step 2: Count the number of "heads in Step 1. Step 3: Repeat Steps 1 and 2 1,000 times. The average number of "heads find in Step 3 provides a valid approximation to the probability to observe exact 7 heads when a fair coin is tossed 10 times. Report your average in Step 3