None. Perceptions are like fingerprints, inexplicably unique.
Ex: Jane, Dick, Tom and Harry are sitting around a table, looking at a glass of water in the center. Jane sees the lights of the kitchen reflecting in the water. Dick sees the dust that's settling at the bottom of the glass. Tom sees his grandmother's 50th birthday party, when a similar glass shattered on the floor. And Harry, who walked a mile to get there, is pretty damn thirsty and waiting for the game to be over so he can have a drink.
All observations are dependent upon the person's vantage point as well as the reference information locked in each observer's brain. Since no two people can stand in exactly the same spot and have the exact same experiences, their observations can never be exactly the same. They can be similar (i.e. everyone can look at a glass of water), but no two people will ever see exactly the same thing.
----------------------------------------------------------------------------------------------------
The speed of light in Free space has the same value for all observers.
The speed of light.
Galilean relativity asserts that the passage of time is the same for all observers. Einsteinian relativity does not claim universal time for all observers. Instead, it asserts that the speed of light and the fundamental laws of physics are the same for all observers.
Did you mean qualities? Quantities of a scientist makes no sense at all.
The international unit of force is the Newton.
The answer is the constant variables because they always stay the same.
A milliliter is the best unit of capacity needed to measure a drop of rain. Milliliters are used to quantify very small units of a liquid.
Galilean relativity asserts that the passage of time is the same for all observers. Einsteinian relativity does not claim universal time for all observers. Instead, it asserts that the speed of light and the fundamental laws of physics are the same for all observers.
The two observers would each measure light to be the same. The speed of light is the same for all observers, regardless of their frames of reference.
In special relativity, the invariant quantities, such as the speed of light and the spacetime interval, remain the same for all observers. This means that these quantities do not change regardless of the relative motion between observers. It is a fundamental principle of special relativity that these invariants are preserved in all inertial reference frames.
All other quantities which described in terms of base quantities are called base quantities.
All other quantities which described in terms of base quantities are called base quantities.
In a short answer, no. There are no known examples of time moving backwards, and no scientific theories supporting the organized reversal of time. Einstein's theory of relativity predicts time can progress at different rates for different observers, depending upon the differential relativistic speed of the observers, and this difference in the progression time has been confirmed experimentally. But even in those confirmed cases, time always moves forwards for all observers, it just moves forwards faster for some observers than for others.
its not, it is observed differently by all observers.
earth always changes, so it won't look the same all the time.
Did you mean qualities? Quantities of a scientist makes no sense at all.
i have that same worksheet and i said lipids....not totally sure though...
They don't - they all look different. Why do you think they all look the same?
A substance in which the exact combination of elements is always the same, is called a compound.