“Creation Helps Us Trust in Jehovah's Wisdom” (15 min.): Discussion with the audience. Play the videos Did someone design it? Why don't ants have traffic problems? And did someone design it? Bumblebee flight control. Encourage those present to review the “Did Someone Design It?” section of jw.org in their family worship.
After watching the video: Did someone design it? Why don't ants have traffic problems? Answer the following questions:
What do ants do every day?
The ants leave their anthills every day, to go to their work fields without causing traffic.
ADDITIONAL COMMENTS
Every day millions of ants leave their shelters to go to work in their labor fields. Each ant is dedicated to bringing a specific resource. So we have those that bring leaves and those that bring food. In this transit of resources and millions of ants, problems such as queues are not generated.
Millions of ants leave their places to go to their fields of work. The interesting thing is that they do not have traffic problems.
How do ants avoid traffic problems?
When the legionary ants leave the anthill, they have to make way for the ones that return loaded with food. Leafcutter ants have to adapt their speed when they come across slow moving ants. In the end they end up grouping and walking together.
ADDITIONAL COMMENTS
Millions of ants leave their nest in the same direction and in two directions. Those who go to look for resources and those who bring them. Those that bring them to be more loaded do not have as much agility. So by means of their antennas, the ants communicate to give preference to the one that is loaded and that traffic problems do not occur.
They do so giving way to the ants that return to the anthill loaded, those that are loaded also group together.
What can we humans learn from the way ants move?
We can imitate and learn the adaptability of ants, we can create traffic systems that optimize the movement of vehicles.
ADDITIONAL COMMENTS
Many researchers study the way ants move to avoid traffic problems in humans and with cars. And this teaches us that there is a creator behind it who gave this ability to the ants so that this complex communication allows queues to not exist, something that humans have not yet been able to solve.
We can adapt the adaptation capacity of the ants so we will avoid losing thousands of hours in traffic that optimize vehicles when traffic conditions change.
After watching the video: Did Someone Design It?, The Bumblebee Flight Control, please answer the following questions:
Why is it difficult to fly a small plane?
Because when the plane is small, it is more difficult to fly it and maintain the stability of the plane.
ADDITIONAL COMMENTS
Small planes are more difficult to fly because they have less stability in the wind. Being its smaller body, it is easier for strong gusts of wind to move it and destabilize it.
Because the smaller the plane, the more difficult it is for it to maintain stability.
How does the bumblebee manage to maintain stability?
It's because when it encounters turbulence, the bumblebee slows down. and manages to focus all his energy on adjusting his flight.
ADDITIONAL COMMENTS
The bumblebee, an insect that is much smaller than any aircraft, is capable of being highly stable in strong winds because it adjusts its internal wing mechanisms to the wind conditions, as well as the position of its body so as not to fight against the wind but to stay stable.
When there is turbulence, the bumblebee slows down, and concentrates its energy on adjusting its flight, and also leans its body against the wind to cope with the turbulence.
How could the wisdom that bumblebees have by instinct be harnessed?
It could be used to help design small planes that can maintain stable flight despite bad weather.
ADDITIONAL COMMENTS
This insect is the object of study by science to obtain more established devices by aeronautical engineers. Although there is still a long way to go in science to investigate and be able to reach the stability that this insect has.
Well, it would help him design small planes capable of maintaining stable flights despite bad weather.
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