The prices of a gallon of regular gas at 12 Austin, Texas, g…

The prices of a gallon of regular gas at 12 Austin, Texas, gas stations in January 2028 were the following: $2.17, $2.19, $2.19, $2.19, $2.24, $2.27, $2.29, $2.29, $2.29, $2.30, $2.39, $2.39 Find the mean, median, mode and standard deviation. Use the range rule of thumb to determine if the price of $2.39 is significantly high. Find Q!, Q3, IQR. Then use the IQR to determine if there are any potential outliers in the data set. If there are any outliers, list them. Find the price at the 80th percentile. That is, find P80.

Before you submit, please double-check the following, especi…

Before you submit, please double-check the following, especially in the coding questions: (1) Are all the variables you used properly defined and assigned? (2) Have you ensured that your code works as required by the problem description? Try reading your code as if you were Python, to catch any errors or oversights. (3) Have you used parentheses () properly? This is particularly important when using functions in Python. Have you added “:” when necessary? 

For the following species provide the information requested….

For the following species provide the information requested. Write your answers as A-M. Tungsten – 184 Atomic Number: ___A___ Atomic Symbol: ___B___ Group: __C___ and Period: __D___ Number of protons, neutrons and electrons: p+__E____, n0 __F___, e- ___G___ \(\ce{^{79}_{35}Br^{-}}\) Mass number: ___H___ Element name: __I___ Family name: ___J____ Number of protons, neutrons and electrons: p+__K____, n0 __L___, e- ___M___

Below is an image of the volume (in ml) of water displaced b…

Below is an image of the volume (in ml) of water displaced by a unknown object – the image on the left is before the unknown object is added and the image on the right is after the addition of the unknown is added. If the unknown object has a measured mass of 14.297 g, calculate the density of the unknown in g/mL.

You find an internship at the Centers for Disease Control an…

You find an internship at the Centers for Disease Control and Prevention (CDC). Your job is to create dictionaries from a file, named ‘global_covid_cases.txt’. The code will read the data from an external file with the total confirmed and total recovered covid cases on Oct 10, 2020. Your manager wrote the main logic for you, and your job is to fill in the blanks. The file ‘global_covid_cases.txt’ looks like the following. Each column corresponds to country name, confirmed cases, and recovered cases  Australia,2726,24987Belgium,156931,20202Brazil,5082637,4502854… (data omitted due to space limit)Zimbabwe,8010,6492 Please complete the blank spaces of the the following code.  #Open the input file, named global_covid_cases.txt (2pts) covid_cases =[q1]covid_cases_lines = covid_cases.readlines()# create two empty dictionaries, named ‘confirmed_dict’ and ‘recovered_dict’ (2pts each) confirmed_dict = [q2]recovered_dict = [q3]#Loop to read data from the line list and split line read from file (3pts each) for line in covid_cases_lines: #Remove \n from end of the line    line = [q4]    #Split the line read from the file into a list of string values    line_list = [q5]    #Assign values from the list (named line_list) to temporary variables    #The following code tests your understanding on how to index an element in list (2pts each)    country =[q6]    confirmed = [q7]    recovered = [q8]   #Add each key-value pair to the dictionaries (confirmed_dict and recovered_dict) (3pts each)   #Please be careful about what keys you use so that users can easily look up such information for a country.    [q9]    [q10]# Your coworker told you the confirmed cases for Australia is incorrect, and should be 27263. Write one line of code to update the cases in Australia (3pts) # Hint: please pay attention to the data type. [q11]