In implementing a JIT system, the first step would be to rearrange the factory. There's need to move away form batch production functional layout toward one that uses flow lines. In traditional layouts, products usually go through a number of specialized departments that would usually contain a group of similar products. The products have to move over much factory floor before being completed. It is very difficult to determine the progress of production in a batch hence the need to keep detailed accumulation records for WIP in individual batches. The result is high working progress and longer manufacturing costs. What does JIT do? The production process is rearranged by dividing the many different products into families of similar production requirements and routing so that each cell will be like a small assembly line where groups of dissimilar machines are organized into product or component flow line. The machines will be kept close together so that now the products can move easily one by one form one process to another reducing WIP and manufacturing time.

1.Briefly explain what will happen to the currentacross each resistor in a series connected resistors

2.Describe the equivalent resistance of series combination of 3 resistors

3.Explain whether the domestic appliances are in series connection

4.Give reason why the equivalent overall resistance is smaller than the smallest parallel resistor

5.Is the potential difference same across each resistor in a parallel combination of resistors?

6.Two wires with a radius of ratio5:3 and of the same material and length are combined in a series, the resistance of the thicker wire is 12 ohms. Find the resistance of the combination

7.Find the resistance between the vertices of three resistors of 5 ohms each connected in a triangular shape

8.If two resistorsare connected in parallel and have resistance values in the ratio 3:1, calculate the ration of dissipated power

9.Physics students set up three similar resistors of 20 ohms resistance each. Two of them are connected in parallel and connected in series with the third one, if each resistor can use max of 30W power find the maximum power consumed by combination of the three resistors.

10.Define electrochemical cell