The table shows the elevation in feet at the peaks of several mountains. mountain elevation (feet) mt. aspen 20,501.5 snow crest 28,784.31 mt. bethune 22,800.71 parker peak 14,676.42 snow crest is 11,510.21 feet higher than mt. wilson. write and solve an equation to find the elevation of mt. wilson. let x represent the elevation of mt. wilson. the equation to find the elevation of mt. wilson is . the elevation of mt. wilson is feet.

The table and the graph each show a different relationship between the same two variables, x and y: a table with two columns and 5 rows is shown. the column head for the left column is x, and the column head for the right column is y. the row entries in the table are 3,240 and 4,320 and 5,400 and 6,480. on the right of this table is a graph. the x-axis values are from 0 to 10 in increments of 2 for each grid line. the y-axis values on the graph are from 0 to 350 in increments of 70 for each grid line. a line passing through the ordered pairs 2, 70 and 4, 140 and 6, 210 and 8, 280 is drawn. how much more would the value of y be in the table, than its value on the graph, when x = 11?