Stefano accidentally dropped his sunglasses off the edge of a canyon as he was looking down. the height, h(t), in meters (as it relates to sea level), of the sunglasses after t seconds, is shown in the table. during its descent, the pair of sunglasses passed by a climber in the canyon 6 seconds after stefano dropped them. to the nearest meter, what is difference in elevation between stefano and the climber? 166 meters 176 meters 230 meters 240 meters its b.176 i took the test 166 is wrong and 176 is correct

166 meters

Step-by-step explanation:

We know that he dropped the sunglasses with no initial velocity, this makes the problem a free fall problem.

In order to solve this problem you have to use the formula for free fall:

Now that you have the formula, we can use the time we are given, the sunglasses have been on the air for 6 seconds, this time is what we are going to use:

the number 100 represents the number of trials in the experiment.

49/100 represents the experimental probability of the coin landing heads up.

step-by-step explanation: