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 Four identical solid spheres of mass 'm' and radius 'a' are placed as shown Find the moment of inertia of the system through A and axis parallel to DB Since the size of sphere is small it can be considered as a point object and moment of inertia about the given line can be calculated as follows. DE and BF can be calculated from respective triangles and CA and EF are the diagonals of the square. A is the mid point of EF. `I=M\timesK^2` `I=m\times 0^2 + m\times BF^2 + m\times CA^2 + m\times DE^2` =`m\timesl^2/2+m\times(sqrt(2) l)^2+m\times l^2/2` =`3ml^2`

 Video On MCQ 10th Trigonometry

Hi Students please click the link to attend the Quiz  1) Trigonometry

print("Hello Future Promises")  a=int(input("Number1: "))            b=int(input("Number2: "))  print("Entered no1 ", a)  print("Eneterd no2 ",b)  print("Quotient",a/b)  print("Product",a*b) Output Hello Future Promises Number1: 23 Number2: 45 Entered no1  23 Eneterd no2  45 Quotient 0.5111111111111111 Product 1035

Order of Magnitude Large and small numbers are written as power of ten in scientific notation. If the number is more than five then it's order of magnitude is power of ten plus one If the number is less than five the power of ten is it's magnitude. Example 1)Find the order of magnitude of 4.62 `\times10^3` Here the number 4.62 is less than five `\therefore` the order of magnitude is 3 2)Find the order of magnitude of 5.32 `\times10^6` Here the number 5.32 is more than five `\therefore` the order of magnitude is 6+1=7 Sai's Classes

 Motion in a plane is an important topic for JEE . JEE solution series helps you to full fill your dreams. Sai's Classes help you to achieve this