operations on pointers

This video explains various mathematical operations that can used on pointers. These are assignment operation, comparison operation, addition and subtraction operations. #operationsonpointers links to other videos on Brain Alive Lecture-1( Energy bands in solids) https://youtu.be/g-tLzzaQiJA Lecture-2( Energy bands in intrinsic semiconductor) https://youtu.be/bkkZQjzN3vo Lecture-3( Energy bands in Extrinsic semiconductor) https://youtu.be/_zMLeikb-NY Lecture-4( Generation and recombination of charge carriers) https://youtu.be/_g63OAW_Wv8 Lecture-5(carrier Transport: drift and diffusion current) https://youtu.be/jLh_HvQ1HlY Lecture-6(resistivity & mobility) https://youtu.be/ApeqhUc8QNs Lecture-7(continuity equation in semiconductors) https://youtu.be/7F3GH-EKMu0 Lecture-8 ( pn junction diode) https://youtu.be/8vMhCZvkbY8 Lecture-9( biasing of pn junction diode) https://youtu.be/6gTrHIeKA3U Lecture-10(volt ampere characteristics of Diode) https://youtu.be/cyFIeoNY3Og Lecture- 11 (Diode current equation) https://youtu.be/EjimR9wLVws Lecture-12(derivation of potential barrier) https://youtu.be/NC_mayFz32o Lecture-13(width of depletion region) https://youtu.be/N_Hr9lfiTj8 lecture-14(clipping circuits) https://youtu.be/qJLJveFisRA Lecture-15(positive clamper) https://youtu.be/WphC-GMmhJw Lecture-16(negative clamper) https://youtu.be/jz0MxlW2RXE lecture-17(positive clamper with positive and negative bias) https://youtu.be/9fjIxqtgMOE Lecture-18( biased negative clamper) https://youtu.be/rOKLve_Bw1c Lecture-19( half wave rectifier, part-1) https://youtu.be/93AOBzzlquU Lecture-20( half wave rectifier, part-2) https://youtu.be/VrNEw9pkAOg Lecture-21(zener Diode and it's characteristics) https://youtu.be/oR7dczju-0o Lecture-22(zener as voltage regulator) https://youtu.be/Nuxxnw71mbA Lecture-23(center tap full wave rectifier) https://youtu.be/VbW2cw_4zSI lecture-24(Full wave bridge rectifier) https://youtu.be/AkkMw5vIC6o lecture-25(BJT) https://youtu.be/smW540gm5MA Lecture-26(operation of NPN and PNP transistor) https://youtu.be/sSQiVjISP-M Lecture- 27 (common Base transistor configuration) https://youtu.be/c6c_EhE5FQE Lecture-28 (common Emitter Configuration) https://youtu.be/av-7a_86xB0 Lecture-29( cc configuration) https://youtu.be/j_dxAR_8i9g Lecture-30( relation between alpha, beta and gamma) https://youtu.be/-ztACsVdVqM Lecture-31(input and output characteristics of CB) https://youtu.be/6P1BxvxDkvI Lecture-32( input and output characteristics of CE) https://youtu.be/-HiUJqWPG_8 Lecture-33( DC load line) https://youtu.be/b7m_otiCd6o Lecture-34( early effect) https://youtu.be/pq1Tm0XTKwU Lecture-35(stabilization and Stability Factor) https://youtu.be/r8pgLgi1NjE Lecture-36(fixed resistor biasing) https://youtu.be/6p6hugIbtg0 Lecture-37 (collector to base biasing method) https://youtu.be/5LBtg7JnBb4 Lecture-38(collector to base biasing with emitter and collector feedback) https://youtu.be/er4PQwN62kE