Question

46. Answer questions 46 and 47
using the following information
a=1.052+1.08t
The speed of a sound wave in air
depends on the air temperature. The
formula above shows the relationship
between a, the speed of a sound wave,
in feet per second, and t, the air
temperature, in degrees Fahrenheit (°F).
Which of the following expresses the air
temperature in terms of the speed of a
sound wave?
t= (a-1.052)/1.08
t= (a+1.052)/1.08
Ot= (1.052-a)/1.08
Ot= 1.08/(a+1.052)​

Answer 1

Answer:

46. Answer questions 46 and 47

using the following information

a=1.052+1.08t

The speed of a sound wave in air

depends on the air temperature. The

formula above shows the relationship

between a, the speed of a sound wave,

in feet per second, and t, the air

temperature, in degrees Fahrenheit (°F).

Which of the following expresses the air

temperature in terms of the speed of a

sound wave?

t= (a-1.052)/1.08

t= (a+1.052)/1.08

Ot= (1.052-a)/1.08

Ot= 1.08/(a+1.052)