Time constants are used in order to define time.
Without any use of any time constants, we would not have any way of telling the time. We would not be able to have a calendar. The world would grow towards chaos. At least the world as we know it.
Time constants today define gamma radiation, x-rays, color of light, radio waves, computer speed, sound waves, seconds, minutes, hours, days, weeks, months, years, decades, centuries, millennium and much more that I can't think of at the moment.
Time constants today define our way of living.
We relate many things to time. Some of these are energy, speed and distance.
Time constants define degradation of various materials.
On a large scale, they define the universe itself.
Not sure what you mean exactly. At constant velocity, the distance travelled is proportional to the time.
Yes, τ (tau) is a constant representing the circle constant or the ratio of a circle's circumference to its radius. Its value is approximately 6.283185.
You graph showing how far you travel in that time. If it's a constant speed, it keeps a constant top right direction, when stopped, it goes flat
That it is exactly 32f/sec^2 not sure. That it is constant depends on the Earths' mass which is fairly constant.
depends on how long you walk and at what constant rate of time you are going if you use Rate*time=Distance.
Not sure what you mean exactly. At constant velocity, the distance travelled is proportional to the time.
Yes, τ (tau) is a constant representing the circle constant or the ratio of a circle's circumference to its radius. Its value is approximately 6.283185.
Constant means to occur continuously over a period of time.
It depends what exactly you are using
You graph showing how far you travel in that time. If it's a constant speed, it keeps a constant top right direction, when stopped, it goes flat
The function of a metering pump is to exactly dose an amount of fluids of a specified amount of time and with a constant flow rate. These pumps are mainly used in chemical plants to keep the mixture constant.
If a car travels at a constant speed of 80m/s, then it covers the distance of 1,400m in exactly 17.5 seconds, no longer and no shorter. If the time is not 17.5 seconds, then either the distance was not 1,400m, or else the car's speed was not constant at 80m/s. Or both.
That it is exactly 32f/sec^2 not sure. That it is constant depends on the Earths' mass which is fairly constant.
YES - If the variable i a constant (final variable that is already initialized) NO - If the variable is not constant and is assigned at run time.
it was made to capture a moment in time quickly and exactly.
A resistor by itself has no time constant. For a circuit to have a time constant it must contain either capacitors or inductors.
You're looking at one specific velocity/time graph that we can't see. From your description, we can tell that the object whose motion is described by that graph is moving at a constant rate of speed ... which is exactly what you just said while looking at the graph.