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This article is focused on the multiplicity and probability distribution ofthe emitted charged pions <N_{\pi}> for interaction of ^{84}Kr_{36} projectilewith nuclear emulsion targets at kinetic energy 1 GeV per nucleon. In thewounded nucleon model frame work, we have calculated the total number ofwounded nucleons (W) and total number of interactions ({\nu}). The obtainedresults revealed that the average multiplicity of the charged pions <N_{\pi}>is dependent on the projectile and target mass. The calculated values of thewounded nucleons (W) and total number of interactions ({\nu}) shows strongdependence on the mass of the colliding nuclei. The emission rate of meanmultiplicity of the <N_{s}> and <N_{\pi}> increases with increasing the totalnumber of wounded nucleons (W) and total number of interactions ({\nu}). Themean multiplicity value of <N_{s}> and <N_{\pi}> linearly increases withincreasing the projectile mass number (A_{P}) and independent of the incidentenergy.

Study of relativistic charged particles production in ^{84}Kr$_{36}+Em interaction at around 1 A GeV with wounded nucleon model