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The Velocity (Measured in Meters Per Second) of an Air-Dropped $\ge$

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The velocity (measured in meters per second) of an air-dropped container of food and supplies affixed to a parachute is described by the function v(t) = 57.2 tanh(0.12t) , t $\ge$ 3.0, where t is measured in seconds. You are interested in approximating the vertical distance s(t) traveled by the package by time t = 3.05 seconds.Using a step size of h = 0.05 seconds, compute the vertical distance traveled in the first 3.05 seconds.
$The velocity (measured in meters per second) of an air-dropped container of food and supplies affixed to a parachute is described by the function v(t) = 57.2 tanh(0.12t) , t \ge 3.0, where t is measured in seconds. You are interested in approximating the vertical distance s(t) traveled by the package by time t = 3.05 seconds.Using a step size of h = 0.05 seconds, compute the vertical distance traveled in the first 3.05 seconds. A) 57.2 tanh(0.12 × (3.0 + 0.05) ) B) 57.2 tanh C) tanh(3.0 + 0.05) D) 57.2 tanh E) tanh$

A) 57.2 tanh(0.12 × (3.0 + 0.05) )
B) 57.2 tanh $The velocity (measured in meters per second) of an air-dropped container of food and supplies affixed to a parachute is described by the function v(t) = 57.2 tanh(0.12t) , t \ge 3.0, where t is measured in seconds. You are interested in approximating the vertical distance s(t) traveled by the package by time t = 3.05 seconds.Using a step size of h = 0.05 seconds, compute the vertical distance traveled in the first 3.05 seconds. A) 57.2 tanh(0.12 × (3.0 + 0.05) ) B) 57.2 tanh C) tanh(3.0 + 0.05) D) 57.2 tanh E) tanh$
C) $The velocity (measured in meters per second) of an air-dropped container of food and supplies affixed to a parachute is described by the function v(t) = 57.2 tanh(0.12t) , t \ge 3.0, where t is measured in seconds. You are interested in approximating the vertical distance s(t) traveled by the package by time t = 3.05 seconds.Using a step size of h = 0.05 seconds, compute the vertical distance traveled in the first 3.05 seconds. A) 57.2 tanh(0.12 × (3.0 + 0.05) ) B) 57.2 tanh C) tanh(3.0 + 0.05) D) 57.2 tanh E) tanh$ tanh(3.0 + 0.05)
D) 57.2 tanh $The velocity (measured in meters per second) of an air-dropped container of food and supplies affixed to a parachute is described by the function v(t) = 57.2 tanh(0.12t) , t \ge 3.0, where t is measured in seconds. You are interested in approximating the vertical distance s(t) traveled by the package by time t = 3.05 seconds.Using a step size of h = 0.05 seconds, compute the vertical distance traveled in the first 3.05 seconds. A) 57.2 tanh(0.12 × (3.0 + 0.05) ) B) 57.2 tanh C) tanh(3.0 + 0.05) D) 57.2 tanh E) tanh$
E) $The velocity (measured in meters per second) of an air-dropped container of food and supplies affixed to a parachute is described by the function v(t) = 57.2 tanh(0.12t) , t \ge 3.0, where t is measured in seconds. You are interested in approximating the vertical distance s(t) traveled by the package by time t = 3.05 seconds.Using a step size of h = 0.05 seconds, compute the vertical distance traveled in the first 3.05 seconds. A) 57.2 tanh(0.12 × (3.0 + 0.05) ) B) 57.2 tanh C) tanh(3.0 + 0.05) D) 57.2 tanh E) tanh$ tanh $The velocity (measured in meters per second) of an air-dropped container of food and supplies affixed to a parachute is described by the function v(t) = 57.2 tanh(0.12t) , t \ge 3.0, where t is measured in seconds. You are interested in approximating the vertical distance s(t) traveled by the package by time t = 3.05 seconds.Using a step size of h = 0.05 seconds, compute the vertical distance traveled in the first 3.05 seconds. A) 57.2 tanh(0.12 × (3.0 + 0.05) ) B) 57.2 tanh C) tanh(3.0 + 0.05) D) 57.2 tanh E) tanh$

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The Velocity (Measured in Meters Per Second) of an Air-Dropped ≥\ge≥

The Velocity (Measured in Meters Per Second) of an Air-Dropped $\ge$