If the moving body is rigid, then E denotes kinetic energy, where E = (mv^2)/2 and v approaches c (velocity of light).
In general, E in Einstein's mass-energy equivalence denotes the fire energy and light energy of a moving object. If the object is rigid, then E is the kinetic energy, where E = (mv)/2.
The earth has a orbit, but not for the sun. Similarly, all planets have orbits, but not for stars like the sun.
18 July 2024 1,767 4 View
My answer: the gravitational force between two bodies/planets attracts towards its centers of planets.
15 May 2024 691 2 View
The sunlight is not visible in the space because there is no particles in space to scatter and reflect the sunlight. Am I right?
14 May 2024 7,444 3 View
Gravitation is the attractive force between any two planets. Gravity is the force that pulls objects (within the Earth and its Atmosphere) toward the center of the Earth. Am I right?
23 April 2024 4,076 1 View
How does the gravity work in the Earth?
29 July 2023 6,271 4 View
Does the gravity of any revolving planet act towards the center of the planet or act as curvature towards the orbit of the planet revolving around its star?
23 July 2023 4,226 13 View
E = (mv^2)/2 is the kinetic energy equation. Here, sqrt(2) * c = 423970560 m/s, where c = 299792458 m/s is speed of the light in vacuum. E = (m*[sqrt(2) * c]^2)/2 = mc^2. ER=m*(423970560 m/s)^2,...
21 July 2023 3,550 6 View
Anything that has mass also has gravity. Objects with more mass have more gravity. Gravity also gets weaker with distance. So, the closer objects are to each other, the stronger their...
16 July 2023 6,905 59 View
The gravity of earth is always attracting all the things(including objects in motion) within the earth's gravitational field towards the center of earth.
04 July 2023 6,352 3 View
I think these phenomena follow the scientific facts defined in the classical mechanics, but not theories or definitions in Einstein's mechanics.
01 July 2023 1,254 9 View
I used eye tracking to examine how participants from two different populations (A and B) react to an image. Participants in population A exhibit larger pupil sizes over time, but they also have...
10 August 2024 3,228 0 View
Hi! So i attempted to understand a novel protein behavior towards heat application by analyzing its secondary structure change. I subjected the protein to a thermal denaturation analysis using...
06 August 2024 1,987 3 View
Hi everyone, Recently I have been conducting Dynamic Light scattering experiments in a micellar solution at 5 and gel at 37 degrees of Celsius with latex particles of diameter 190-500 nm. While...
01 August 2024 1,167 4 View
Here, I have used Ag/AgCl as reference electrode and 0.5M KOH.
29 July 2024 4,537 3 View
What is the thermal expansion coefficient of human muscle?
27 July 2024 7,190 0 View
I used Aqua regia to clean Au nanoparticles in the used glassware. But for some reasons, it is not heating up upon mixing. The color did change from no color to light orange. The Au NPs on the...
25 July 2024 4,388 0 View
What should be the zeta potential of bovine milk exosomes
25 July 2024 7,376 5 View
I have an issue with SEM imaging of liposomes. When measured by DLS, they appear to be around 120 nm, but when using SEM with simple air drying, they appear much larger, around one micrometer.
25 July 2024 3,395 3 View
I am an undergraduate mechanical engineering student seeking suggestions on topics related to either thermodynamics, fluid mechanics, heat transfer or renewable energy for my final year project....
24 July 2024 4,056 5 View
Photo-electric effect A light particle moving towards a surface cannot (by collision) force an electron particle to move away from that surface. A light wave can instead make interference with a...
19 July 2024 8,388 9 View