21.A block is suspended from the ceiling by a long, thin strip of tungsten metal. Thestrip behaves as a spring. To produce a 0.25 m horizontal deflection of the block,a force of 6.5 N is required. Calculate the spring constant(k) for the tungsten strip.6.5 N0.25 mA) 0.038 N/mB) 1.2 N/mC) 1.6 N/mD) 13 N/mE) 26 N/m22. Which one of the following statements concerning streamline flow is true?A) At any given point in the fluid, the velocity is constant in time.B) Streamline flow occurs when there are sharp obstacles in the path of a fast-moving fluid.C) Streamline flow is described by Pascal's principle.D) Streamline flow is described by Archimedes' principle.E) The velocity vectors are the same for all particles in the fluid.

The problem is based upon hooks law. It is a law of elasticity discovered by the English scientist…

21.A block is suspended from the ceiling by a long, thin strip of tungsten metal. The strip behaves as a spring. To produce a 0.25 m horizontal deflection of the block, a force of 6.5 N is required. Calculate the spring constant(k) for the tungsten strip. 6.5 N 0.25 m A) 0.038 N/m B) 1.2 N/m C) 1.6 N/m D) 13 N/m E) 26 N/m

21.A block is suspended from the ceiling by a long, thin strip of tungsten metal. The strip behaves as a spring. To produce a 0.25 m horizontal deflection of the block, a force of 6.5 N is required. Calculate the spring constant(k) for the tungsten strip. 6.5 N 0.25 m A) 0.038 N/m B) 1.2 N/m C) 1.6 N/m D) 13 N/m E) 26 N/m