Noa drove from the dead sea up to jerusalem, and her altitude increased at a constant rate of 740740740 meters per hour. when she arrived in jerusalem after 1.51.51, point, 5 hours of driving, her altitude was 710710710 meters above sea level. let aaa represent noa's altitude (in meters) relative to sea level after ttt hours. complete the equation for the relationship between the altitude and number of hours.

Step-by-step explanation:

Let the initial altitude ( in meters ) = ,

Since, altitude is increasing at a constant rate of 740 meters per hour.

So, the final altitude ( say A ) in meters after t hours = initial altitude + increment in altitude in t hours,

According to the question,

A = 710 meters, when t = 1.5 hours,

Hence, the required equation that shows the relationship between the altitude and number of hours,

step-by-step explanation:

. your answer will contain x - and y -terms. (1 point) x ( ¿¿ 2 − 7 ) 2 +( y 2 − 9 ) 2 √ ¿ 12. what is the distance from the directrix (the crocodile river) to the point ( x , y )? write this equation. your answer will contain a y -term.

step-by-step explanation: