The relationship between the mass and the temperature of water
1 answer:
Answer:
MATTER is recognised through measure of MASS
MASS has no particular relation with Temperature
Temperature is a physical property of MATTER
Temperature is the measure of HEAT DENSITY in MATTER
HEAT is of mass being belonged to ENERGY MATTER, one of the three Fundamental categories of SPACE MATTER such as;
MEDIUM MATTER:- Made up of empty bubble like Vacuum Particles Spherical in STRUCTURE and Static with neither Linear nor Rotary dynamics. (Vacuum in the free space and the entrapped vacuum in elementary Particles )
ENERGY MATTER:- The same Vacuum Particles when projected out as Rays of Linear Dynamics are recognised as Energy Mater (Light Photons, Heat Photons, Electrons, Solar Wind etc.)
ATOMIC MATTER:- Made up of bubble like Spherical Particles in STRUCTURE of which Solidity is decided by the MASS of the Interior Rotary DYNAMIC system of subatomic particles. (Atoms, Atoms of the 10^15 dropped scale-Moola Atoms(Neutrinos)
HEAT is the speed slowed state of LIGHT
VACUUM is the speed lost state of the particles of ENERGY MATTER
HEAT is emerged and in contrary, disappeared from confined systems as ENTROPY due to the DYNAMICS in Contraction & Expansion
You might be interested in
Answer:
the list of forces from greatest to least is Y, W, X, Z
Explanation:
Given data:
5 pairs of charged plates with force between each pair as : F, W, X,Y, Z
Also given are the charges q1 and q2 of plates in each pair and the distances between them (refer attachment)
To find: to arrange the force from greatest to least.
Initial step is to calculate the force value using the given data of charges and distance between plates.
We know that the force between two charged plates is given by the formula:
F =
where,
q1 and q2 are charge of the two plates
r is the distance between two plates
k is coulomb constant
Since the problem involves comparison of forces, the k values is not necessarily discussed.
Now we have to calculate force values
F =
W =
X =
Y =
Z =
Assume values of q = 1 and d = 2, we get
F = 0.5k
W = 0.5k
X = 0.0625k
Y = 0.75k
Z =0.025k
F and W are though same, the calculated force value shows W = 2F
Hence W is greater than F.
Therefore, the list of forces from greatest to least is Y, W, F, X, Z
Hence answer is : Y, W, X, Z
