A drone is hovering at a constant height above the ground. The mass of the drone is 7 kg. The mass of the package is 3 kg. Calculate the upward force of the Drone.

To answer this Question we will use the equation derived from Newtons second law of motion,
F=ma or in this case W=mg as it is the mass of the object being accelerated by gracity, giving us it's weight
The acceleration downwards due to gravity at a rate of -9.81m/s-2 The mass is the combined mass of the two objects: 7 + 3 = 10 kg
The weight is therefore = W = mg = 10 x 9.81 = - 98.1
As the question state the drone is hovering, the upwards force must be in equilibrium with the weight, giving us a final answer
W + F = 0
-98.1 + F = 0
F = 98.1 N

FT
Answered by Finn T. Physics tutor

3459 Views

See similar Physics Scottish Highers tutors

Related Physics Scottish Highers answers

All answers ▸

Calculate the gravitational force acting on the Moon, caused by the Earth, given that the masses of the Earth and the Moon are 6 x10^24 and 7.3 x10^22, respectively. The distance between the Earth and the Moon is 384 400 km.


What is a boson, as described by the standard model?


An internet shopping company is planning to use drones to deliver packages.During a test the drone is hovering at a constant height above the ground.The mass of the drone is 5·50 kg. The mass of the package is 1·25 kg. See questions below


A circuit with a cell of voltage 6V and two resistors of resistance 6 Ohms each connected in parallel. What is the current through the Cell?


We're here to help

contact us iconContact usWhatsapp logoMessage us on Whatsapptelephone icon+44 (0) 203 773 6020
Facebook logoInstagram logoLinkedIn logo

© MyTutorWeb Ltd 2013–2025

Terms & Conditions|Privacy Policy
Cookie Preferences