01. Describing sustainability as "a way of operating" means it shows up in how an organization makes its routine decisions. Which example best reflects sustainability as a way of operating?
a) A donation is made to an environmental charity at the close of each financial year.
b) A standalone sustainability report is published for external stakeholders each year.
c) Energy use, emissions, and material choices are routinely weighed as standard factors whenever products, services, and operations are planned.
d) An employee awareness week with talks, posters, and quizzes is run once a year, while purchasing, travel, and energy decisions carry on exactly as before for the rest of the year.
02. What role should carbon offsets play in a science-based net-zero strategy?
a) They are the primary tool, used to cancel out ongoing emissions rather than reducing them.
b) They replace the need to measure Scope 1, 2, and 3 emissions altogether.
c) They are purchased once at the outset to pre-pay for the company's future growth.
d) They neutralize the small residual emissions that remain after deep cuts, not the bulk of the footprint.
03. A manufacturer that depends on long global supply chains faces repeated disruptions from extreme weather and energy price spikes. How does a sustainability strategy support operational resilience here?
a) Improving efficiency, diversifying clean energy sources, and qualifying lower-risk suppliers together reduce exposure to price shocks and disruption.
b) It helps only with energy costs and not with supply continuity.
c) It transfers all climate risk to insurers, leaving operations unchanged.
d) It eliminates supply-chain risk entirely by consolidating all sourcing, inventory, and logistics with a single local vendor and locking in one fixed-price contract.
04. In a credible net-zero commitment, actions are taken in a specific order of priority. Which sequence correctly reflects what net zero requires?
a) Hold emissions steady while planting trees to balance the annual total.
b) Cut emissions as deeply as possible first, then neutralize only the small unavoidable residual.
c) Report emissions accurately each year without committing to any reduction.
d) Buy enough carbon offsets to cover current emissions first, and reduce actual output later only if the budget allows it.
05. Beyond collaboration, Cisco highlights energy-efficient hardware and the ability to see and manage power across the network. Which capability best reflects this energy-efficiency approach?
a) Using telemetry to measure device power draw and power-management features such as PoE scheduling to cut consumption.
b) Offsetting each device's annual energy use by buying equivalent carbon credits.
c) Matching the network's purchased electricity with renewable energy each year.
d) Keeping older equipment permanently powered on, since replacing it early would create additional electronic waste and added cost.
06. An office draws electricity from the public grid to run its lighting and servers. The same building also has a diesel generator it runs on-site during power outages. How should each of these two energy sources be classified?
a) Grid electricity is Scope 1 and the on-site diesel generator is Scope 2.
b) Grid electricity is Scope 2 and the on-site diesel generator is Scope 1.
c) Both the grid electricity and the diesel generator are Scope 2.
d) Both the grid electricity and the diesel generator are Scope 3.
07. To source renewable electricity, a company can use power purchase agreements and on-site generation, or it can buy unbundled renewable energy certificates. Conceptually, how do these two approaches differ?
a) PPAs and on-site generation contract or add new renewable supply tied to real power, while unbundled certificates buy the renewable attribute separately from the electricity used.
b) The two approaches are effectively identical and differ only in the paperwork each requires.
c) Unbundled certificates contract or add new renewable supply that is tied to actual power delivery, while PPAs and on-site generation merely buy the renewable attribute separately.
d) Both approaches physically deliver the same renewable electrons to the buyer's own facility.
08. Beyond environmental benefit, Cisco frames its sustainability strategy as tied to business and customer value. Why does Cisco make that connection?
a) Sustainability goals are kept entirely separate from products so they never influence what customers are offered.
b) Sustainability is pursued purely to satisfy regulators, auditors, and reporting mandates, and it carries no real commercial upside or customer benefit for the business.
c) Sustainable solutions can lower customers' costs and risks and open new market opportunities.
d) The only business value comes from selling carbon offsets to customers that cannot reduce their own emissions.
09. Two companies both claim climate progress. Company A deeply cuts its absolute emissions and offsets only a small remaining residual. Company B keeps emitting at roughly the same level but buys offsets each year to balance the total.
Which statement correctly characterizes the two approaches?
a) Both companies meet the definition of net zero.
b) Both companies meet the definition of carbon neutrality only.
c) Company B reflects net zero, while Company A reflects carbon neutrality.
d) Company A reflects net zero, while Company B reflects carbon neutrality.
10. Cisco's customers plug in and power the networking hardware they have purchased, consuming electricity over the products' lifetime. In Cisco's own GHG inventory, where do these use-phase emissions belong?
a) Scope 2, because electricity consumption is always counted as purchased energy.
b) They fall outside Cisco's own inventory entirely, since it is the customers who pay for all of that electricity.
c) Scope 3, because they are value-chain emissions from the use of sold products.
d) Scope 1, because Cisco manufactured the hardware that consumes the power.