Hard M2 question urgent help please

A rigid body ABC consists of two uniform rods AB and BC, rigidly joined at B. The lengths of AB and BC are 13cm and 20cm respectively, and their weights are 13N and 20N respectively. The distance of B from AC is 12cm. The body hangs in equilibrium, with AC horizontal, from two vertical strings attached at A and C. Find the tension in each string.

I was thinking of taking moments but dont know how to bring tension into the equation.

This is from OCR june 2002 Q3.

Any help would be appreciated

Remember that the tension is still a force that acts on the rods, pulling them up at A and C. If it helps just ignore that they're tension and that all it is are 2 individual forces pulling up on the rods. And since it is equilibrium you know that the anticlockwise and clockwise moments must be equal.

so the tension is a force pulling up at A and C? why is it pulling up? i thought it would act up and down the rod?