Solving a Vertical Winch System

[33639]

Hey! I'm having some problems with this question:
An electric winch is used to raise a 40-kg package and a 10-kg package vertically up the side of a building as pictured in the diagram. The magnitude of the frictional force acting between the wall and the 40-kg package is 60N. The angle the cable makes to the vertical is 15. If the packages are lowered with an acceleration 1.0 m/s2 [D], what is the tension in the cable between the winch and the 40.0 kg package?

We were also given a diagram:
http://i1289.photobucket.com/albums/b505/homework2012/Untitled_zpsd252a02a.jpg

How i solved it:
(1) F_{net y}= F_g1+F_g2+T₂+T_1Y+F_K
m_net(a_net)= F_g1+F_g2-T₂-T_1Y-F_K
(2) F_net=F_g+T₂
ma=m₂g-T₂
(10)(0.1)=(10)(9.8)-T₂
T₂ = 88N
(3) m_net(a_net)= F_g1+F_g2-T₂-T_1Y-F_K
(50)(0.1)= 40(9.8) + 10(9.8) -88 -T_1Y- 60
T_1Y= 292N
(4) Sin?=o/h
Sin75=292/h
h = 302.3 N

Is how i solved it right? If not is there another way I should be solving it?

 

[frogjg2003]

Draw a force diagram for each block separately. (1) and (3) are wrong. You also didn't use the right numbers when you plugged into (2).