Background: Life cycle costing (LCC) is an excellent decision-making tool that can assist a hospital administrator in seeking more cost-effective decisions to select the best course of action. LCC can be defined as “an economic assessment of competing design alternatives, considering all significant costs of ownership over the economic life of each alternative, expressed in equivalent rupees. Aim: To determine the LCC of magnetic resonance imaging (MRI) machine at a tertiary care teaching hospital. Settings and Design: A descriptive, observational study in MRI scan center of a tertiary care teaching hospital. Materials and Methods: LCC analysis (LCCA) was performed to ensure total cost visibility for the entire life span of the MRI scan equipment, which was assumed to be 10 years. Statistical Analysis: Data were analyzed using MS Excel. Results and Conclusions: The total cost per MRI scan was calculated to be Rs. 2944. It was estimated that the MRI scan center would reach the break-even point by the end of the third year.

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Background: The present study has investigated the effect of yoga on the emotional regulation, self-esteem, and feelings of the adolescents. Methods: The participants of the study are 110 students aged 13–18 years and studying in the senior secondary schools of Mandi district (Himachal Pradesh). The sample consisted of 52 adolescents practicing yoga and 58 adolescents who have never practiced yoga. The primary data has been collected through standardized instruments. Results: The adolescents practicing yoga were noted to significantly differ from the non-yoga group on emotional regulation, self-esteem, and feeling components. Conclusions: The significant effect of yoga on emotional regulation, self-esteem, and feelings of the adolescents calls for attention of the policy makers for initiating yoga at the school levels through standardized yoga curricula and training teachers to motivate and inspire the students to learn and practice yoga at an early age.

In This Manuscript We Will Discuss About The Improvement In Einstein's Photo Electric Effect Equation And Then we provide The Equation Of Improved Photo-Electric Effect. Quantum Mechanical Treatment of Modified Photo Electric Effect Equation And Mass of Non intractable particles with varies time lags. Mass of Non intractable Particle in / at varies time (t), overcome from uncertainty principle and Schrodinger Cat Problem. Non interactive theory of photo electric effect, The Mass of light And Non Intractable particle, Matter Photon Interaction. And finally the conclusion of manuscript.