()are used for lifesaving .
A、Life-jacket and lifebuoy
B、Freeboard
C、Telemeter
D、Draft
A、Life-jacket and lifebuoy
B、Freeboard
C、Telemeter
D、Draft
A、To replace a damaged life jacket B、For use during fire drills C、For use during boat drills D、At no time
A、To replace a damaged life preserver B、For use during fire drills C、For use during boat drills D、At no time
A、To replace a damaged life preserver B、For use during fire drills C、For use during boat drills D、At no time
A、the most common method used in the United States B、too expensive for common use C、generally safe to sea life D、generally harmful to sea life
A、Lashing bars, twist locks, bridge plates and bridge fittings are tools used for lashing containers. B、Twist locks, bridge plates, bridge fittings and lashing bars are tools used for lashing containers. C、Twist locks, lashing bars, bridge fittings and bridge plates are tools used for lashing containers. D、Lashing bars, bridge fittings, bridge plates and twist locks are tools used for lashing containers.
A、architectures that is inflexible and inefficient B、desire to use the same vender for desktop and server deployments C、selecting best-performing vendors for each individual component D、existing equipment has reached and of life E、increasing operational costs of managing data centers F、demand among users for access to information anytime, anywhere
A、architectures that is inflexible and inefficient B、desire to use the same vender for desktop and server deployments C、selecting best-performing vendors for each individual component D、existing equipment has reached and of life E、increasing operational costs of managing data centers F、demand among users for access to information anytime, anywhere
A、demand among users for access to information anytime, anywhere B、desire to use the same vender for desktop and server deployments C、existing equipment has reached and of life D、increasing operational costs of managing data centers E、architectures that is inflexible and inefficient F、selecting best-performing vendors for each individual component