Consider the density curve below. A density curve is plotted on an x y coordinate plane. The curve is a diagonal line segment which increases from (1, 0.25) to (3, 0.75). Find the probability that xxx is more than 222. P(x > 2)=P(x>2)=P, left parenthesis, x, is greater than, 2, right parenthesis, equals

How do i work this problem out using the equation a=pe^rt

Alake near the arctic circle is covered by a 222-meter-thick sheet of ice during the cold winter months. when spring arrives, the warm air gradually melts the ice, causing its thickness to decrease at a constant rate. after 333 weeks, the sheet is only 1.251.251, point, 25 meters thick. let s(t)s(t)s, left parenthesis, t, right parenthesis denote the ice sheet's thickness sss (measured in meters) as a function of time ttt (measured in weeks).

Come up with a new linear function that has a slope that falls in the range 10 m − < < . choose two different initial values. for this new linear function, what happens to the function’s values after many iterations? are the function’s values getting close to a particular number in each case?