Tides are coming into the shore twice as far at groves point as they are at harbor bay. compare the graphs of the length of tidal movements over time of both shorelines. a. the amplitude of the graph for harbor bay is four times the amplitude of the graph for groves point. b. the amplitude of the graph for groves point is half the amplitude of the graph for harbor bay. c. the amplitude of the graph for harbor bay is twice the amplitude of the graph for groves point. d. the amplitude of the graph for groves point is twice the amplitude of the graph for harbor bay.

Option: d is the correct answer.

d.   The amplitude of the graph for Groves Point is twice the amplitude of the graph for Harbor Bay.

It is given that:

Tides are coming into the shore twice as far at Groves Point as they are at Harbor Bay.

This means that when we plot the graph of both the points then the amplitude will represent the maximum distance that is traveled by a tide now as the tides in the Groves point are coming twice as far this means that the amplitude will also get doubled.

   Hence, the statement that Compare the graphs of the length of tidal movements over time of both shorelines is:

                      Option: d

yes

step-by-step explanation:

so of course you want to start by plugging the 5 in which goes to 7(5)+3(5)=50 because 7*5=35 and 3*5=15 and then add them together, then plug in the 5 to the other equation as well 9(5)+5=50 because 9*5= 45 and then add 5 and so yes they are equivalent.