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**Conclusion: TVS - Driving Towards a Sustainable Future**

In the competitive landscape of the automotive industry, TVS has emerged as a formidable player, leveraging its strengths, addressing its weaknesses, capitalizing on opportunities, and mitigating threats to drive sustainable growth and success. Through a strategic blend of innovation, customer-centricity, and cultural resonance, TVS has established itself as a trusted brand, synonymous with quality, reliability, and performance excellence.

**Reflecting on Strengths:**

TVS's journey towards success is underpinned by its strengths, including its strong brand reputation, diverse product portfolio, technological innovation, and global presence. These strengths have enabled the company to maintain a competitive edge in the market, capture consumer mindshare, and adapt to changing market dynamics with agility and resilience.

**Addressing Weaknesses:**

While TVS boasts numerous strengths, it also faces certain weaknesses, such as dependence on the domestic market, limited brand recognition globally, narrow product focus, and supply chain vulnerabilities. However, the company has taken proactive measures to address these weaknesses, diversifying its revenue streams, investing in brand-building initiatives, expanding its product offerings, and enhancing supply chain resilience to mitigate risks and enhance its competitive position.

**Capitalizing on Opportunities:**

TVS is well-positioned to capitalize on emerging opportunities, including the shift towards electric and hybrid vehicles, growth in emerging markets, digitalization and connectivity, and strategic partnerships and collaborations. By aligning its strategies with these opportunities, TVS can drive innovation, expand its market reach, and strengthen its competitive advantage in the rapidly evolving automotive landscape.

**Mitigating Threats:**

Despite its strengths and opportunities, TVS faces certain threats, including intense competition, regulatory changes, economic uncertainty, and disruptive technologies. However, the company remains vigilant and proactive in mitigating these threats, investing in research and development, enhancing operational efficiency, and fostering a culture of adaptability and innovation to stay ahead of market trends and disruptions.

**Looking Towards the Future:**

As TVS embarks on its journey towards the future, it remains committed to its core values of integrity, innovation, and excellence, guiding its strategic decisions and business practices. The company is poised to embrace the opportunities and challenges of an increasingly dynamic and competitive market landscape, leveraging its strengths and capabilities to deliver value to customers, shareholders, and society at large.

**Sustainability and Social Responsibility:**

In addition to driving financial performance and growth, TVS recognizes the importance of sustainability and social responsibility in its business operations. The compan

1. DHOTE BANDHU SCIENCE COLLEGE, GONDIA

2. Practical Seminar Submitted By 2 Khushbu A. Kuthe Kaveri Katre Krushika Bopcha Khamag Chodre

3. Aim To Determine The Temperature Coefficient Resistance of Platinum using Platinum Resistance Thermometer. 3

4. Apparatus Carry faster’s Bridge Platinum Resistance Thermometer, Cell, Plug Key, Fractional Resistant Box, Thermometer and Connecting Wires. 4

5. Formula 5

6. 6 The temperature coefficient of resistance ( α) is given by the formula : α = (1/ R)(∆R/∆T) Where: • α is the temperature coefficient of resistance, • R is the resistance at a reference temperature, • ∆R is the change in resistance, • ∆T is the change in temperature.

7. Diagram 7

8. 8 Calculations:- Substituting the values of R₁, R₂, t₁, & t₂ ………….. in following formula we get α- α = R₂ - R₁ R₁ t₂ - R₂ t₁

9. 9 Result :- Temperature coefficient of platinum is found to be ……… per° CStandard value of temperature coefficient of platinum = 3.7 x / β-³ ° C

10. Observation Table :- For Determining R₁ at t₁°C = Room Temperature SR NO Resistance in R • β ( X) Ω Null Point Position l₂ - I₁ R₁ = X-K (l₁, l₂) Mean R • β in Left Gap ( l₁ ) R • β in Right Gap ( l₂ ) rnm R₁

11. Observation Table 2 :- For Determining R₂ at t₂°C (Nigher Temp) = SR NO Resistance in R • β ( X) Ω Null Point Position l₂ - I₁ R₂ = X-K (l₂ - I₁) Mean R • β in Left Gap ( l₁ ) R • β in Right Gap ( l₂ ) R₂

12. Thank you