To take off from the ground, an airplane must reach a sufficiently high speed. The velocity required for the take-off, the take-off velocity, depends on several factors including the weight of the aircraft and the wind velocity. A plane accelerates at rest at a constant rate of 5 m/s2 on a runway that is 1800m long. The time needed for take off is 26.8 s. The speed of the plane as it takes off is 134 m/s. The distance travelled by the plane in the first second of its run is 2.50m. The distance travelled by the plane in the last second before take-off is 132m.
By using the data in the first 4 parts of the attached file:
PART E: What is the percentage of the take-off velocity did the plane gain when it reached the midpoint of the runway? (Express your answer numerically, to the nearest percent.)© BrainMass Inc. brainmass.com October 17, 2018, 4:19 am ad1c9bdddf
This solution shows how to calculate the acceleration that an airplane must reach in order to be able to take off, taking into account factors such as airplane weight, distance of the runway, time needed for takeoff, etc.
Tactical Assessment Paper
Resources: Managing Emerging Technologies and of Strategic Management of Technological Innovation (see attached)
Write a paper in which you consider the various tools and techniques to promote disruptive innovation of Managing Emerging Technologies and of Strategic Management of Technological Innovation.
o Evaluate how they are applied in an organization.
o Recommend tactical options to facilitate disruptive innovation implementation within your organization or in an organization with which you are familiar.
· Format your paper according to APA standards.
· Use at least two different, academic references.