20... x瓦,早2 at2 / 1374.5%Question 1: (Probejava) Prior to departing space dock, the USS Equinox sent long-range probes toseveral quadrants of the galaxy. In particular, the probes were sent to search for M-class, habitableplanets. Each probe was monitoring a different mumber of planets, for a different period of time andseveral have retumed their data relating to rainfall measurements, but an error in the transmission protocolmeans that you have to enter the data mamually. Your first task is to write a Java program that producesstatistics for each probe's data. Read the requirements carefully before beginning.Prompt the user to enter a mumber for the rows and a mumber for the columns. The columns representeach of the planets the probe was monitoring, and the rows represent the mumber of rainfall (in mm)readings for each planet (don't accept negative numbers or Os for rows or columns as they are invalid).As an example, the following data was retrieved from probe Delta-One-Nine that was monitoring 5planets for three rotation cycles:10.1 25.23.9 25.1 0.46.092.9 0.00.1145.0247.1100.725.260.40.0This data set would require 3 rows and 5 colunns. After you have retrieved the dimensions and cratedthe necessary 2D array, prompt the user to enter the data. The specifics of how you do this is up to you,but make it at least a bit user friendly. Then, the program should compute the following:Spread (or range) of the rainfall measurements across all data points (the whole array)o For the above example, this value would be the highest (247.1) minus the lowest(0.0), or 247.1,Average rainfall (num) per planet (column)O These values would be approximately 6.66666 and 25.16666666 for the first twocolunns in the example above.Total rainfall across all planets per recording cycle (row)o For the example above, these values would be 273.2 and 276.6 for the first worows.Maxinum rainfall (mm) value and the location in the array where it occuredo For the example above this would be 247.1 located at 1,4.You can use the data shown above to test your program but it should be able to handle an array ofarbitrary size and values. You can do all of this work in a single main() method, but for fiill mauks, eachof the "bullet-point" tasks above should be done in a separate method. Display yvour program to D2L人

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Question 1: (Probejava) Prior to departing space dock, the USS Equinox sent long-range probes to several quadrants of the galaxy. In particular, the probes were sent to search for M-class, habitable planets. Each probe was monitoring a different mumber of planets, for a different period of time and several have retumed their data relating to rainfall measurements, but an error in the transmission protocol means that you have to enter the data mamially. Your first task is to write a Java program that produces statistics for each probe's data. Read the requirements carefully before beginning. Pronpt the user to enter a mumber for the rows and a mumber for the columns. The columns represent each of the planets the probe was monitoring, and the rows represent the mumber of rainfall (in mm) readings for each planet (don't accept negative numbers or Os for rows or columins as they are invalid). As an example, the following data was retrieved from probe Delta-One-Nine that was monitoring 5 planets for three rotation cycles: 10.1 25.2 92.9 0.4 60.4 0.0 0.1 0.0 145.0 247.1 100.7 3.9 25.1 6.0 25.2 This data set would require 3 rows and 5 colunins. After you have retrieved the dimensions and crated the necessary 2D array, prompt the user to enter the data. The specifics of how you do this is up to you, but make it at least a bit user friendly. Then, the program should compute the following: • Spread (or range) of the rainfall measurements across all data points (the whole aray) o For the above example, this value would be the highest (247.1) minus the lowest (0.0), or 247.1. • Average rainfall (mm) per planet (column) O These values would be approximately 6.66666 and 25.16666666 for the first two columns in the example above. Total rainfall across all planets per recording cycle (row) o For the example above, these values would be 273.2 and 276.6 for the first nwo rows. Maxinum rainfall (nun) value and the location in the array where it occured o For the example above thus would be 247.1 located at 1,4. You can use the data chown above to test you program, but it should be able to handle an array of arbitrary size and values. You can do all of this worl: in a single main() method but for fill muks, each of the "bullet-point" tasks above should be done in a separate method. Display your program to D2L