A C T2 T1 di 'd2 m You want to create the art installation in figure C, in which a block of mass 29.8 kg is nung with two ropes and a spring. However, first you will need to determine the spring constant of the spring (that's part (a) of this problem). (a) the spring stretches a distance d1=20 cm. What is the spring constant? The unstretched spring is shown in figure A. When you hang the block from it, (b) where the spring is horizonal and stretched a distance d2=10 cm, one rope is vertical, and the other rope is at an angle 0=25.2°. Find the tension in each rope. Now that you know the spring constant, you set up the situation in figure C, 2.

A C T2 T1 di 'd2 m You want to create the art installation in figure C, in which a block of mass 29.8 kg is nung with two ropes and a spring. However, first you will need to determine the spring constant of the spring (that's part (a) of this problem). (a) the spring stretches a distance d1=20 cm. What is the spring constant? The unstretched spring is shown in figure A. When you hang the block from it, (b) where the spring is horizonal and stretched a distance d2=10 cm, one rope is vertical, and the other rope is at an angle 0=25.2°. Find the tension in each rope. Now that you know the spring constant, you set up the situation in figure C, 2.