The diagram given below (Fig.) shows a bulb connected with a cell having terminals A and B. Mark the direction of current in the bulb.

The diagram given below shows the supportive connective tissue. Identify the tissues A and B.

From the figures given below, identify the bulbs connected in parallel and in series.

Draw a circuit diagram for a bulb connected to a cell with a switch. Mark arrows in the diagram to indicate the direction of flow of current.

The diagram given below shows the supportive connective tissue. Draw neat diagrams of the three types of blood cells.

The diagram in Fig. shows a battery, a switch and two bulbs. (a) Complete the diagram to show the electric connections of the bulbs to the battery. How have you joined the bulbs in part (a) ? Give reason.

The diagram below shows a dual control switch circuit connected to a bulb. Copy the diagram and complete it so that the bulb is switched ON.

(a) Complete the circuit given in Fig. 1 by inserting between the terminals A and C, an ammeter. (b) In the diagram mark the polarity at the terminals of ammeter and indicate clearly the direction of flow of current in the circuit, when the circuit is complete. (c) Name and state the purpose of Rh in the circuit.

The diagram in Fig. shows a battery, a switch and two bulbs. Complete the diagram to show the electric connections of the bulbs to the battery.

You are given a resistance wire AB connected with a cell and a key as shown in Fig. 9.14. You are required to measure the current in the wire AB and potential difference across it. Name the instruments that you would use and draw a labelled diagram to show how are they connected, Also mark the direction of current in each component.

The diagram given below shows a few parts of a cell. State the difference between the parts labelled A and B on the basis of permeability.