Loudness of Sound Problems 129 − 132 use the following discussion: The loudness L ( X ) , measured in decibels ( d B ) , of a sound of intensity x , measured in watts per square meter, is defined as L ( x ) = 10 l o g x l 0 , where l 0 = 10 − 12 watt per square meter is the least intense sound that a human ear can detect. Determine the loudness, in decibels, of each of the following sounds. Heavy city traffic: intensity of x = 10 − 3 watt per square meter.
Loudness of Sound Problems 129 − 132 use the following discussion: The loudness L ( X ) , measured in decibels ( d B ) , of a sound of intensity x , measured in watts per square meter, is defined as L ( x ) = 10 l o g x l 0 , where l 0 = 10 − 12 watt per square meter is the least intense sound that a human ear can detect. Determine the loudness, in decibels, of each of the following sounds. Heavy city traffic: intensity of x = 10 − 3 watt per square meter.
Solution Summary: The author explains the loudness of heavy city traffic in decibels, if the intensity of the sound is x=10-3 watt per square meter.
Loudness of Sound Problems
129
−
132
use the following discussion: The loudness
L
(
X
)
, measured in decibels
(
d
B
)
, of a sound of intensity
x
, measured in watts per square meter, is defined as
L
(
x
)
=
10
l
o
g
x
l
0
, where
l
0
=
10
−
12
watt per square meter is the least intense sound that a human ear can detect. Determine the loudness, in decibels, of each of the following sounds.
Heavy city traffic: intensity of
x
=
10
−
3
watt per square meter.
Find the equation of the line / in the figure below. Give exact values using the form y = mx + b.
m =
b =
y
WebAssign Plot
f(x) = 10*
log 9
X
A particle travels along a straight line path given by s=9.5t3-2.2t2-4.5t+9.9 (in meters).
What time does it change direction?
Report the higher of the answers to the nearest 2 decimal places in seconds.
Use the method of disks to find the volume of the solid that is obtained
when the region under the curve y = over the interval [4,17] is rotated
about the x-axis.
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