Find the equivalent resistance between P and Q.
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Find the effective resistance between points A and B for the network shown in the figure below. (ARH_NEET_PHY_OBJ_V02_C03_S01_027_Q01.png" width="80%">

In the given figure, equivalent resistance between points P and Q is

Two circular coils can be arranged in any of three situations shown in the figure. Their mutual inductance will be (a) (b )(##AAK_MCP_32_NEET_PHY_E32_012_Q02.png" width="80%"> (c)

Fig. shows a light (blue + red + green) incident on a prism and on a parallel sided glass slab. Complete the diagrams by drawing the refracted and the emergent rays. (##SEL_RPG_ICSE_PHY_X_C06_SLV_001_Q01.png" width="80%">

The equivalent resistance between P and Q in the figure is approximately

Two cars A and B move in mutually perpendicular, directions as shown in the figure . Find v_(BA) (##AAK_T1_PHY_C02_SLV_051_Q01.png" width="80%">

The unit cell with the given structure represents _______ crystal system. (##NCERT_OBJ_FING_CHE_XII_PP_E01_001_Q01.png" width="80%">

Two unequal circles with centres A and B intersect each other at points C and D. The centre B of the smaller circles lies on the circumference of the bigger circle with centre A. If angle CMD = x^(@) , find in terms of x, the measure of angle DAC . (##SEL_RKB_ICSE_MAT_X_C17_E01_013_Q01.png" width="80%">

Calculate the equivalent resistance between P and Q from the following diagram: