Question

Frequency in Hertz (Hz) 125 250 500 1000 2000 4000 8000 0 10 20 30 40 50 60 70 80 90 100 110 120 HEARING THRESHOLD LEVEL IN dB (ANSI 1989) 100 110 120 100 110 120 Take a look at the following audiogram, and select all answers that appropriately describe this client's hearing profile. They hear better with their left ear than their right ear. ?They hear better with their right ear than their left ear. Their hearing is pretty much the same in each ear. Their hearing is pretty much the same at each frequency. They show signs of mild to moderate low frequency hearing loss in both ears. They show signs of mild to moderate high frequency hearing loss in both ears. They show signs of severe hearing loss in the left ear.

          Frequency in Hertz (Hz)
125
250
500
1000 2000
4000
8000
0 10 20 30 40 50 60 70 80 90 100 110 120
HEARING THRESHOLD LEVEL IN dB (ANSI 1989)
100
110
120
100
110
120
Take a look at the following audiogram, and select all answers that appropriately describe this client's hearing profile.
They hear better with their left ear than their right ear.
?They hear better with their right ear than their left ear.
Their hearing is pretty much the same in each ear.
Their hearing is pretty much the same at each frequency.
They show signs of mild to moderate low frequency hearing loss in both ears.
They show signs of mild to moderate high frequency hearing loss in both ears.
They show signs of severe hearing loss in the left ear.
        
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Frequency in Hertz (Hz)
125
250
500
1000 2000
4000
8000
0 10 20 30 40 50 60 70 80 90 100 110 120
HEARING THRESHOLD LEVEL IN dB (ANSI 1989)
100
110
120
100
110
120
Take a look at the following audiogram, and select all answers that appropriately describe this client's hearing profile.
They hear better with their left ear than their right ear.
?They hear better with their right ear than their left ear.
Their hearing is pretty much the same in each ear.
Their hearing is pretty much the same at each frequency.
They show signs of mild to moderate low frequency hearing loss in both ears.
They show signs of mild to moderate high frequency hearing loss in both ears.
They show signs of severe hearing loss in the left ear.

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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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Take a look at the following audiogram, and select all answers that appropriately describe this client's hearing profile. • They hear better with their left ear than their right ear. • They hear better with their right ear than their left ear. • Their hearing is pretty much the same in each ear. • Their hearing is pretty much the same at each frequency. • They show signs of mild to moderate low-frequency hearing loss in both ears. • They show signs of mild to moderate high-frequency hearing loss in both ears. • They show signs of severe hearing loss in the left ear. 2 HEARING THRESHOLD LEVEL IN 0B (ANSI 1989) 260 125 They show signs of severe hearing loss in the left ear. Their hearing is pretty much the same in each ear. They hear better with their right ear than their left ear. They hear better with their left ear than their right ear. 500 1000 2000 Frequency in Hertz (Hz) Take a look at the following audiogram, and select all answers that appropriately describe this client's hearing profile. 120 o 8000
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Transcript

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00:01 Hello students here for the first part of the equation we have to calculate the maximum tolerable pressure difference between the external and internal year.
00:09 In this case the cross -sectional area is one centimeter square that will be equal to one into 10 power minus four meter square and here the force applied is five newtons.
00:23 So let's calculate the pressure here we know that the pressure is equal to force by area.
00:29 So we can use this formula here the force is five newton and the pressure is one into the area is one into 10 power minus four meter square and this gives a maximum tolerable pressure of five into 10 power four newton per meter square.
00:50 So this is our maximum tolerable pressure maximum tolerable pressure.
01:01 This is between the pressure difference between the inner and external ear and for second part of the equation to determine the maximum depth a person can dive in freshwater before rupturing an ear drum.
01:19 In this case let us assume that the pressure difference be equal to maximum tolerable pressure that is five into 10 power four newton per meter square.
01:35 Here we have to find the height so this can be calculated using the formula delta p is equal to rho g h...
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