Answer:
Explanation:
Given that
x= 150 ft
y= 14 ft
From the diagram
When ,x= 150 ft and y= 14 ft
z=150.74 ft
By differentiating with respect to time t
Here x is constant that is why
Now by putting the values in the above equation we get
Therefore the distance between balloon and observer increasing with 0.65 ft/s.
A+b(2d*5d)+7654321−2234567
<span>=<span><span>a+<span><span>10b</span><span>d^2</span></span></span>+</span></span>5419754<span>=<span><span><span>(<span><span>10b</span><span>d^2</span></span>)</span>+<span>(a)</span></span>+</span></span>5419754<span>=<span><span><span><span>10b</span><span>d^2</span></span>+a</span>+5419754
</span></span>Answer:<span>=<span><span><span><span>10b</span><span>d^2</span></span>+a</span>+5419754</span></span>
The first box is Acceleration
the second box is Speed
the third box is Speed
the fourth box is velocity
the fifth box is Speed.
The reason the first box is acceleration is because let's say you are about to go up a hill you need to add acceleration to make it up the hill, I was going to say speed but it wouldn't said what mph was.
The reason the second, third,and fifth box is speed is because it is telling up that an object is going _mph (the blank is where you put your estimate of speed of an object).
The reason the fourth box is velocity is because velocity is both magnitude and direction so in the fourth box it says that the race car made a slight left turn which is a direction that the car is going in.
Hope this helped :)
Have a great day
Answer:
phenomenon is dry adiabatic lapse rate
Explanation:
air babble elevation = 1000 meters
temperature = 10 degree decrease
to find out
phenomenon is best described as
solution
we know bubble is unsaturated air is rising through the atmosphere
bubble reach height 1000 meter and temperature 10 degree
than phenomenon is dry adiabatic lapse rate
because when parcel of air is lift and pressure decrease with height and temperature fall down by expansion and rate of temperature fall 1°C /100 m in dry Adiabatic lapse rate parcel descends to higher pressure and temperature then increase at rate 1°C / 100 meters
this his phenomenon is dry adiabatic lapse rate