The conclusion based on the mean of the ball and the distance traveled is D. Inferences cannot be made about all the golf balls produced on that day.
<h3>How to deduce the inference?</h3>
From the information given, a golf pro randomly selects a ball, not knowing the type of ball, hits it and end of the session, the mean distance traveled for the new type of golf ball was found to be greater than the mean distance for the original-style golf ball.
In this case, inferences cannot be made about all the golf balls produced on that day; however, the conclusion can be made that the new type of golf balls travel farther than the original type of golf ball for this golf pro.
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6/11 or about 55%
To put into a fraction the total is the denominator and the 6 would be the numerator as it is the real diamond then divide the numerator by the denominator move your decimal two places round as needed
Answer:
<h2>The sine function won't be affected, but the consine function will.</h2>
Step-by-step explanation:
First of all, remember that 
and 
. As you can see, the sine function won't be affect by 
, because its value is null.
However, the x-intercept of the cosine function depends on the value, because the function is equal to the unit.
On the other hand, the variable 
won't affect any function, because it would be always zero.
Therefore, the sine function won't be affected, but the consine function will.
First find the side EC by setting up ratio. use pythagorean theorem to find the hypotenuse side.
