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| Section | Objectives |
|---|---|
| Environmental Sustainability Foundations | - Basic environmental science concepts
|
| Corporate Sustainability Practices | - Regulatory and compliance awareness
|
| Sustainable IT and Networking | - Energy efficiency in IT systems
|
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NEW QUESTION # 49
How does the Cisco UCS X-Series contribute to reducing GHG emissions?
Answer: D
Explanation:
The correct answer is A. by using less power and expending less heat, because the Cisco Unified Computing System (UCS) X-Series incorporates energy-efficient architecture, modular hardware design, and intelligent power and cooling management to reduce data center energy consumption and associated greenhouse gas (GHG) emissions.
According to the Enterprise Strategy Group's July 2023 technical validation, The Role of Cisco UCS X-Series in Fulfilling Sustainability Objectives, a comparison between Cisco UCS X210c M7 configurations and an alternative vendor demonstrated that the UCS configuration:
consumed 20.4% less power and expended 20.4% less heat.
Cisco
These findings demonstrate how optimized server architecture can decrease electricity requirements and cooling demands.
The UCS X-Series achieves these efficiencies through centralized power distribution, intelligent fan management, converged networking, and modular component consolidation. Its architecture reduces the number of cables, adapters, switches, and power-related components required in certain deployments.
Lower electricity consumption can translate into reduced operational costs and fewer associated emissions, particularly when electricity is generated from fossil fuels.
Additionally, reduced heat output decreases the burden on data center cooling infrastructure, potentially improving overall facility efficiency.
Options B, C, and D contradict Cisco's energy efficiency objectives by emphasizing fossil fuel dependence, older infrastructure, or increased energy consumption.
Reference: Cisco Environmental Sustainability Fundamentals (700-242), Section 2.0, Building a Sustainable Future, Topics 2.4, Explain Cisco Solutions for Energy Efficiency, and 2.5, Explain Cisco Solutions to Reduce GHG Emissions. Cisco and Enterprise Strategy Group, The Role of Cisco UCS X-Series in Fulfilling Sustainability Objectives, July 2023, page 9.
Cisco
NEW QUESTION # 50
What is the Cisco approach to evolving to a circular business model?
Answer: C
Explanation:
The correct answer is B. designing products and packaging to enable reuse, minimize environmental impacts, and drive innovation, because Cisco's circular business model prioritizes resource efficiency and environmental sustainability throughout the product lifecycle.
Cisco's official Circular Design publication establishes the objective:
enable reuse, minimize environmental impacts, drive innovation, and create value for our customers.
Cisco
This approach differs fundamentally from the traditional linear economic model, which follows a take-make- dispose sequence.
Cisco's circular design methodology incorporates five major principles: material use, standardization and modularization, packaging and accessories, smart energy consumption, and disassembly, repair, and reuse.
These principles encourage engineers to develop products that consume fewer resources, support component replacement, and remain valuable across multiple operational lifecycles.
Cisco also promotes circularity through programs such as Cisco Refresh and Cisco Takeback and Reuse, which facilitate product recovery, remanufacturing, and responsible material management.
In fiscal year 2025, Cisco achieved its objective of incorporating Circular Design Principles into 100% of new products and packaging designs.
Options A and D emphasize linear consumption models, while Option C contradicts Cisco's efforts to incorporate recycled materials and reduce dependence on virgin resources.
The circular model therefore supports waste reduction, resource conservation, supply-chain resilience, and long-term business value.
Reference: Cisco Environmental Sustainability Fundamentals (700-242), Section 3.0, Paving the Way, Topic
3.5, Explain Cisco's Circular Business Model Priority. Cisco, Circular Design; Cisco, Circular Economy; Cisco Purpose Reporting Hub, Goals and Progress.
Cisco+2
NEW QUESTION # 51
Within Cisco's sustainability strategy, what role does the Science Based Targets initiative (SBTi) have?
Answer: B
Explanation:
The correct answer is B. It verifies that Cisco's net-zero targets align with established climate science, because the Science Based Targets initiative (SBTi) evaluates corporate greenhouse gas reduction targets against recognized scientific criteria.
The SBTi provides standards and methodologies that help organizations establish credible emissions reduction commitments consistent with global climate objectives.
Cisco announced its goal to achieve net-zero greenhouse gas emissions across its value chain by 2040 in September 2021.
In July 2022, the SBTi approved Cisco's goal under its Corporate Net-Zero Standard.
Cisco
Cisco's validated strategy targets at least a 90% absolute reduction in Scope 1, Scope 2, and Scope 3 greenhouse gas emissions by 2040, using fiscal 2019 as the baseline.
The remaining emissions are intended to be neutralized through verified atmospheric carbon removals.
The SBTi's role is particularly important because corporate net-zero claims must distinguish substantial emissions reductions from reliance on carbon offsets.
SBTi validation provides independent assessment of whether the stated targets meet its scientific criteria. It does not guarantee that the organization will achieve those targets.
Options A, C, and D describe business growth, administrative coordination, and community engagement, none of which represents the SBTi's principal function.
Reference: Cisco Environmental Sustainability, Paving the Way - Net-Zero Strategy and Science-Based Targets. Cisco, Our Net Zero Goal; Science Based Targets initiative, Corporate Net-Zero Standard.
NEW QUESTION # 52
What was the importance of Cisco's first on-site solar installations in 2011?
Answer: C
Explanation:
The correct answer is A. They marked a shift to renewable energy sources, because Cisco's first on-site solar installations in 2011 were a significant milestone in expanding its adoption of renewable electricity generation.
Cisco's Clean Energy Playbook, published in 2025, documents the 2011 milestone in its historical energy timeline, identifying the first on-site solar installations at Cisco office locations in Richardson and Allen, Texas, and Research Triangle Park, North Carolina.
Cisco
Solar photovoltaic systems convert sunlight directly into electrical energy without burning fossil fuels during electricity generation.
By installing solar infrastructure at its facilities, Cisco demonstrated a practical approach to reducing dependence on externally purchased electricity and lowering associated greenhouse gas emissions.
These installations also contributed to organizational experience in renewable energy procurement, project management, and on-site electricity generation.
Importantly, Cisco had already begun procuring renewable electricity before 2011. Therefore, the installations marked a transition toward on-site renewable generation, rather than Cisco's first-ever adoption of renewable electricity.
The initiative formed part of Cisco's longer-term clean energy strategy, which subsequently expanded to include power purchase agreements, renewable electricity procurement, and wider operational decarbonization.
Options B, C, and D incorrectly characterize the initiative as fossil-fuel-focused, exclusively experimental, or environmentally harmful.
Reference: Cisco Environmental Sustainability Course Guide, Paving the Way - Environmental Sustainability Milestones and Clean Energy. Cisco, Clean Energy Playbook, 2025, page 7, Cisco's Energy Journey.
Cisco
NEW QUESTION # 53
Which gas is a greenhouse gas?
Answer: A
Explanation:
The correct answer is B. carbon dioxide, a principal greenhouse gas responsible for a substantial proportion of human-induced climate change.
Greenhouse gases absorb and re-emit infrared radiation, influencing the balance between incoming solar energy and outgoing thermal radiation from Earth's surface.
According to the United States Environmental Protection Agency (EPA), carbon dioxide enters the atmosphere through fossil fuel combustion, industrial processes, biological activity, and changes in land use.
US EPA
Carbon dioxide is particularly important in corporate sustainability accounting because it is widely emitted through electricity generation, transportation, manufacturing, and fuel consumption.
Cisco evaluates carbon dioxide and other greenhouse gases through emissions inventories organized into Scope 1, Scope 2, and Scope 3 categories.
The greenhouse gas accounting framework converts the climate impacts of different gases into carbon dioxide equivalent (CO#e), enabling consistent measurement and reporting.
Helium and nitrogen are not significant greenhouse gases under normal atmospheric conditions because they do not appreciably absorb terrestrial infrared radiation.
Butane can interact with infrared radiation and participate in atmospheric chemistry, but it is not among the principal greenhouse gases separately reported under standard corporate emissions accounting frameworks.
Therefore, carbon dioxide is the established and unambiguous answer.
Reference: Cisco Environmental Sustainability Course Guide, Defining Sustainability - Greenhouse Gas Emissions. US Environmental Protection Agency, Overview of Greenhouse Gases; Cisco, Our Net Zero Goal.
NEW QUESTION # 54
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