A. Design
B. Retire
C. Operate/optimize
D. Implement
A. Point B (side wall)
B. Point A (entrance corner)
C. Point D (corner opposite entrance)
D. Point C (center of the room)
A. You need a separate rack to install all your EoR switches
B. There will be fewer switches to manage (corrected typing: original said "more")
C. A ToR switch has only optical interfaces
D. A single Top-of-Rack (ToR) switch is more expensive than an EoR switch
A. At the front/intake of the server at 50 mm (2 in)
B. At 1.5 m (5 ft) above the floor, 0.4 m (15 in) at the back of the rack
C. At 1.5 m (5 ft) above the floor, 0.4 m (15 in) in front of the rack
D. At the back/rear of the server at 50 mm (2 in)
A. ~500 CFM
B. ~160 CFM
C. ~1,500 CFM
D. ~1,000 CFM
A. Halocarbon gas works on the basis of oxygen reduction and inert gas works on the basis of heat removal.
B. Halocarbon gas works on the basis of heat removal and inert gas works on the basis of oxygen reduction.
C. Inert gas harms the environment and halocarbon gas does not.
D. Inert gas has smaller-sized gas containers than halocarbon gas.
A. 8 tiles pitch rule
B. 5 tiles pitch rule
C. 7 tiles pitch rule
D. 10 tiles pitch rule
