For altitudes up to 36,000 feet, the relationship between ground temperature and atmospheric temperature can be described by the formula  t  = −0.0035a  +  g, in which  t  is the atmospheric temperature in degrees fahrenheit,  a  is the altitude, in feet, at which the atmospheric temperature is measured, and  g  is the ground temperature in degrees fahrenheit. solve the equation for  a. if the atmospheric temperature is −25.4  ° f and the ground temperature is 60  ° f, what is the altitude?   the equation for  a  is  a  =  .   if the atmospheric temperature is −25.4  ° f and the ground temperature is 60  ° f, then  a  =    feet.

Given formula : formula t = −0.0035a + g, where t is the atmospheric temperature in degrees Fahrenheit, a is the altitude in feet and g is the ground temperature in degrees Fahrenheit.

To find: 1) If the atmospheric temperature is −25.4 °F and the ground temperature is 60°F, what is the altitude?

2) The equation for a is a = .

Solution: 1) We have atmospheric temperature(t) =−25.4 °F, and

ground temperature(g) =60°F.

Plugging values of t and g in given formula t = −0.0035a + g, we get

-25.4 = −0.0035a + 60.

Subtracting 60 from both sides, we get

-25.4 - 60 = −0.0035a + 60-60

-85.4 = −0.0035a.

Dividing both sides by -0.0035, we get

-85.4/-0.0035 = −0.0035a/-0.0035.

24400 = a

Therefore, if the atmospheric temperature is −25.4 °F and the ground temperature is 60°F, the altitude is 24400 feet.

2) We need to solve equation for a in this part.

We have

t = −0.0035a + g

Subtracting g from both sides, we get

t -g = −0.0035a + g-g

t-g = −0.0035a

Dividing both sides by −0.0035, we get

(t-g)/-0.0035 = −0.0035a/-0.0035

Distributing minus sign on the top, we get

.

Therefore, the equation for a is a =(g-t)/0.0035.

d (5 x (-20)) * (100 x (0.7))

step-by-step explanation:

5÷1/100 * -.7 *-20

copy dot flip

5*100 * -.7 *-20

rearrange

5*-20   * 100 *-.7

-100   *-70

7000

its 8

step-by-step explanation: