The number of people required to work on a spaceship varies depending on the size and complexity of the spacecraft. Larger spacecraft such as the International Space Station may require a crew of six or more individuals, while smaller spacecraft like the SpaceX Dragon capsule may only need two or three crew members. Each person onboard has specific roles and responsibilities related to piloting, maintenance, research, and other mission objectives.
Qantas employs around 30,000 people globally.
Comcast employed approximately 190,000 people as of 2021.
Westfield Corporation employs over 3,000 people.
over 9000
BT Group employs around 100,000 people worldwide.
You get in the spaceship, and click on the control panel and press launch.
If the work that is required is the same amount, then the work to people ratio is 5:20. To get to 1 hour, you need to divide the amount of time by 5. Since you are going to need more people to complete the work, you then multiply the number of people by 5, and 20*5=100. Therefore, you need 100 people to complete the work in 1 hour.
56,52
I suppose they order the people who work for them.
about a minimun of 7 cooking and rest 4 on tills or something :) Xx
Psychopath is a medical diagnosis and with the intense medical screening required of people who can be hired to work on the continent, this number must be extremely low.
you need to put power-ups in the rocket to make it fly
1.25cum
Construction work generally required substantial physical labor, and also required people to work in unpleasant conditions and uncomfortable weather.
There is no known way to achieve this, as well as a great deal of consistent and convincing work in Physics over the past 100 years or so that says it's fundamentally impossible.
We would have to know the masses of the Earth and the Moon to figure that out. But I will tell you this: The minimum work done is the energy needed to get the spaceship to the point between the Earth and the Moon where the gravitational influences of the two celestial objects cancel each other. After it passes this point, the spaceship will be pulled towards the Moon by the Moon's gravitational attraction, thus eliminating the need to push the spaceship further.
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