The height of the towers above the ground is 152 meters.
<h3>Procedure - Determination of the height of the towers in the Golden Gate Bridge</h3>
The expanded form of the function is
, a
quick though reasonable approach consists in evaluating the function for
, that is, the <em>horizontal</em> distance with respect to the <em>left</em> tower to determine the height of the each tower of the Golden Gate Bridge.
If we know that
, then the height of the towers is:

The height of the towers above the ground is 152 meters.
<h3>Remark</h3>
The statement is poorly formatted. Correct form is presented below:
<em>The Golden Gate Bridge is a suspension bridge that consists of two cables hung from two towers of equal height that are 1280 meters apart. The function </em>
<em> models the height of each cable above the ground in meters, as it relates to the cable horizontal distance from the left tower in meters. What is the height of the towers in meters?</em>
To learn more on quadratic functions, we kindly invite to check this verified question: brainly.com/question/4119784
To solve this problem, you need to recognize that the ratios of the coefficients must be equal. So the ratio for this system would be k/4 = -3/-5. Solving for k we get k = (3)*(4)/5 = 12/5, hence the answer is A. Hope that helps!
An examples of defensive action is Tagging a runner on the first-base line.
<h3>What is a defensive action?</h3>
Defensive action can be regarded as an action which help in protecting someone against harm or injury.
Being defensive help to make sure the harm does not come by, for instance, Tagging a runner on the first-base line can be seen as a defensive action.
CHECK THE COMPLETE QUESTION BELOW:
Which of the following is an example of a defensive action?
A. Attempting to steal second base.
B. Shooting a basket from the three-point line.
C. Kicking a soccer ball past the goalie.
D. Tagging a runner on the first-base line
Learn more about defensive action at
brainly.com/question/9716667
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Answer:
C
Explanation:
Our eyes can not see the waves that move that fast.
Answer: The Aral sea
Explanation: hope this helps! :)