A sonar module is positioned a distance d cm away from a wall. The angle between the base of the sonar and the wall is given by, 6, measured in degrees. The sonar will detect objects with a measuring angle of p = 15 degrees. Ө Ф Sonar If d = 12 cm and 0 = 30 degrees calculate the minimum and maximum sonar distance that could be measured due to the angled approach. NOTE: this question assumes knowlegde of basic trigometry. O a. Min = 9.7 cm, max = 15.2 cm Ob. Min 10.8 cm, max = 14.7 cm O c. Min = 10.1 cm, max = 13.2 cm Od. Min =11.5 cm, max = 15.5 cm

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A sonar module is positioned a distance d cm away from a wall. The angle between the
base of the sonar and the wall is given by, 6, measured in degrees. The sonar will detect
objects with a measuring angle of p = 15 degrees.
Ө Ф
Sonar
If d = 12 cm and 0 = 30 degrees calculate the minimum and maximum sonar distance that
could be measured due to the angled approach.
NOTE: this question assumes knowlegde of basic trigometry.
O a. Min = 9.7 cm, max = 15.2 cm
Ob. Min 10.8 cm, max = 14.7 cm
O c. Min = 10.1 cm, max = 13.2 cm
Od. Min =11.5 cm, max = 15.5 cm
Transcribed Image Text:A sonar module is positioned a distance d cm away from a wall. The angle between the base of the sonar and the wall is given by, 6, measured in degrees. The sonar will detect objects with a measuring angle of p = 15 degrees. Ө Ф Sonar If d = 12 cm and 0 = 30 degrees calculate the minimum and maximum sonar distance that could be measured due to the angled approach. NOTE: this question assumes knowlegde of basic trigometry. O a. Min = 9.7 cm, max = 15.2 cm Ob. Min 10.8 cm, max = 14.7 cm O c. Min = 10.1 cm, max = 13.2 cm Od. Min =11.5 cm, max = 15.5 cm
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