Find the value of f1 if the mode is 65. Mode of the given data = 65.

Find the value of f1 if the mode is 65. Modal class = 60 - 80 (class has maximum frequency). The value of f 1 =10. Class …. Lower limit of the modal class = 60. Form the frequency distribution table for the data. the modal class is 60-80 as the mode is 65. . Still have questions? Find the value of f1 if the mode of the following grouped frequency distribution is 65, and the frequencies 6,8,f1,12 are in descending order: Find the value of f from the following data if its mode is 65: Mode of the following frequency distribution is 65 and the sum of all the frequencies is 70. Mode of the given data = 65. Find the missing frequencies and . Check your Performance Today with our Free Mock Test used by Toppers! Nov 4, 2022 · f1 is the frequency of class preceding modal class. Hence, option 2 is correct. Ask questions, doubts, problems and we will help you. f2 is the frequency of class succeeding the modal class. Find Math textbook solutions? Answer: the answer will be f1=10. Frequency of the class succeeding the modal class = f 2 = 6. So, the required value of f1 is = 10. Learn and Prepare for any exam you want ! May 16, 2019 · Find the value of f1 from the following data if it's mode is 65: Class frequency 0-20 6 20-40 8 40-60 f1 … Get the answers you need, now! To find the value of f when the mode is given as 65, we use the formula for the mode in a grouped frequency distribution: Mode=L+(2f 1−f 0 −f 2f 1−f 0)×h where L is the lower limit of the modal class, f 1 is the frequency of the modal class, f 0 is the frequency of the class preceding the modal class, f 2 is the frequency of the class Find the value of f1 from the following data, if it's mode is 65. h=40-20=20. fpmh qlvtapy tacig ejyyfko gxf zrmbat pnlv akpzmqb byqx brkxe