Someone plzzzz help meee!!!!
1 answer:
Find the tangent of the angle, using the height (472) minus the elevated height of the camera (2) which would be 470 meters, and also the distance away from the shuttle, which would be 750. Opposite divided by adjacent would make the tangent 0.626...so using a triangle chart, the closest whole numbered angle 0.626 would be to is 32 degrees.
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Answer:
The solution of the differential equation is
Step-by-step explanation:
The differential equation is a first order separable ordinary differential equation (ODE). We know this because a separable first-order ODE has the form:
where <em>g(t)</em> and <em>h(y) </em>are given functions<em>. </em>
We can rewrite our differential equation in the form of a first-order separable ODE in this way:
Integrating both sides
The integral of left-side is:
The integral of right-side is:
We can join the constants, and this is the implicit general solution
If we want to find the explicit general solution of the differential equation
We isolate B
Recall the definition of |x|
So
where
Now B(1) =30 implies
And the solution is