2m2g and acceleration of mass m1 = 2m2g/(4m2+m1) and acceleration of mass m2 =4m2g/(4m2+m1).
 Akash Anand Good Work Akash Anand Good Work
 
F0 = 4m2g
acceleration of block m1 = 6m2gm1+4m2
acceleration of block m2 = 12m2gm1+4m2
 Akash Anand Wrong....try again ..I guess you have made a small mistake
Akash Anand Wrong....try again ..I guess you have made a small mistake
A.Fo = 2m2g
B.acceleration of block m1=2M2g/M1+4M2
acceleration of block m2=4M2g/M1+4M2
Tension=(M1*M2g+8M2^2g)/M1+4M2
 Akash Anand Excellent
Akash Anand Excellent
2m2g and acceleration of mass m1 = 2m2g/(4m2+m1) and acceleration of mass m2 =4m2g/(4m2+m1).
 Akash Anand Good Work
Akash Anand Good Work
Are the equations F[0]-2T=m1a1 and T-M2g=M2a2??? Anyone??
 Akash Anand One more equation you need is the constraint relation which will be:
2a1=a2
Akash Anand One more equation you need is the constraint relation which will be:
2a1=a2 Manish Sarkar thnk u sir!!
Manish Sarkar thnk u sir!!
F0= 2(m2a2 + m1a2 + m2g)
Is it right?
 Aniq Ur Rahman Sorry! i forgot that tz in Equilibrium :P
F0= 2m2g
Aniq Ur Rahman Sorry! i forgot that tz in Equilibrium :P
F0= 2m2g