Answer:

Step-by-step explanation:
(Assuming the correct angles are 30° and 45°)
We can use the tangent relation of the angle of elevation to find two equations, then we can use these equations to find the height of the pole.
Let's call the initial distance of the boy to the pole 'x'.
Then, with an angle of elevation of 30°, the opposite side to this angle is the height of the pole (let's call this 'h') minus the height of the boy, and the adjacent side to the angle is the distance x:

Then, with an angle of elevation of 45°, the opposite side to this angle is still the height of the pole minus the height of the boy, and the adjacent side to the angle is the distance x minus 10:

So rewriting both equations using the tangents values, we have that:


From the first equation, we have that:

Using this value of x in the second equation, we have that:





Answer:
5:55
Step-by-step explanation:
but I depends when u left the mall then stuck in traffic, because it said u reach at the mall
sorry if its wrong
The slope of the equation is 7 hope this helps you
Answer:
Step-by-step explanation:
Answer:
5
Step-by-step explanation:
In this problem you cross multiply and solve for x.
(x+1)/2=(x+4)/3
multiply (x+1) by 3 and (x+4) by 2
3x+3=2x+8
subtract 2x from both sides
subtract 3 from both sides
x=5