Answer: The answer is 147° and 33°.
Step-by-step explanation: We are given a figure in which the line DE is parallel to the line FG and AG is a tranversal. We are to find the value of 'x' and 'y' from the figure.
Also, given that
∠ABE = (5y - 18)°.
We can see from the figure that ∠DBG and ∠ABE are vertically opposite angles, so they must be equal.
That is,

Also, since ∠DBG and ∠FGB are interior angles on the same side of the transversal, so their sum is 180°.
That is

Adding equations (i) and (ii), we get

and from equation (ii), we get

Thus, x° = 147° and y° = 33°.
We must first find the rate taken to cover 1500.0 m within 14 min and 34.56 sec. We can first convert the time into seconds and hence, we have time = 14(60) + 34.56 = 874.56 seconds.
Recall that
rate = distance/ time.
And using the given for the men's world record, we have
rate = 1500.0 m / 874.56s = 1.715 m/s
Now, to find the time taken to cover 0.350 miles, we can first convert the distance to meters then use the equation given below.
time = distance/rate
where distance is equal to 0.350(1609) = 563.15 m. Hence, we have
time = 563.15 / 1.715 = 328.37 s
From this, we can see that it will takes 328.37 seconds to cover 0.350 miles.
<span>Answer: 328.37 seconds</span>
Answer:
See attached
Step-by-step explanation:
Approximate angle drawings......