Select the proper choice 1) One of the advantages of electro-hydraulic systems over only hydraulic systems is (A) Electric signals can be transmitted via cables over great distances, (B) more power can be generated with, (C) less power can be generated with, (D) complex exchange of information. 2) Compared to electrical motors, fluid power systems are used when (A) high power density, (B) less precise control of motion, (C) no power piping, (D) no one of these options. is required. 3) In fluid power systems, energy transmitted to the actuator equals (A) torque xw, (B) force x velocity, (C) pressure x flow rate, (D) Ampere x voltage.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Select the proper choice
1) One of the advantages of electro-hydraulic systems over only hydraulic systems is
(A) Electric signals can be transmitted via cables over great distances,
(B) more power can be generated with,
(C) less power can be generated with,
(D) complex exchange of information.
2) Compared to electrical motors, fluid power systems are used when
(A) high power density,
(B) less precise control of motion,
(C) no power piping,
(D) no one of these options.
is required.
3) In fluid power systems, energy transmitted to the actuator equals
(A) torque xw, (B) force x velocity, (C) pressure x flow rate, (D) Ampere x voltage.
Transcribed Image Text:Select the proper choice 1) One of the advantages of electro-hydraulic systems over only hydraulic systems is (A) Electric signals can be transmitted via cables over great distances, (B) more power can be generated with, (C) less power can be generated with, (D) complex exchange of information. 2) Compared to electrical motors, fluid power systems are used when (A) high power density, (B) less precise control of motion, (C) no power piping, (D) no one of these options. is required. 3) In fluid power systems, energy transmitted to the actuator equals (A) torque xw, (B) force x velocity, (C) pressure x flow rate, (D) Ampere x voltage.
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