Question

Introduction of SONAR​

Answer 1

Explanation:

Introduction to SONAR. SONAR (sound navigation and ranging) systems have many similarities to RADAR and electro-optical systems. Again, detection is based on the propagation of waves between the target and detector. ... The term acoustic refers to sound, either in water or air.

Inches of Water: 406.8

Units: Normal atmospheric pressure

Dynes/cm2 : 1.01325 x 106;

Pounds/in2 (psi): 14.6960

Answer 2

Introduction to SONAR. SONAR (sound navigation and ranging) systems have many similarities to RADAR and electro-optical systems. Again, detection is based on the propagation of waves between the target and detector. ... The term acoustic refers to sound, either in water or air.

Introduction to SONAR. SONAR (sound navigation and ranging) systems have many similarities to RADAR and electro-optical systems. Again, detection is based on the propagation of waves between the target and detector. ... The term acoustic refers to sound, either in water or air.Inches of Water: 406.8

Introduction to SONAR. SONAR (sound navigation and ranging) systems have many similarities to RADAR and electro-optical systems. Again, detection is based on the propagation of waves between the target and detector. ... The term acoustic refers to sound, either in water or air.Inches of Water: 406.8Units: Normal atmospheric pressure

Introduction to SONAR. SONAR (sound navigation and ranging) systems have many similarities to RADAR and electro-optical systems. Again, detection is based on the propagation of waves between the target and detector. ... The term acoustic refers to sound, either in water or air.Inches of Water: 406.8Units: Normal atmospheric pressureDynes/cm2 : 1.01325 x 106;

Introduction to SONAR. SONAR (sound navigation and ranging) systems have many similarities to RADAR and electro-optical systems. Again, detection is based on the propagation of waves between the target and detector. ... The term acoustic refers to sound, either in water or air.Inches of Water: 406.8Units: Normal atmospheric pressureDynes/cm2 : 1.01325 x 106;Pounds/in2 (psi): 14.6960