It can be stored on the land surface as ice and snow...it can seep into the earth and be stored as surface water...it can flow in the surface of lands.
1. Triple click on the paragraph.
By extension, the triple click can allow you to select a line and the quadruple click a section (paragraph).
2. Pressing Ctrl + A.
Ctrl+A | Ctrl+E: Select all. Depending on the programs and the translations, it will be one or the other.
3. Double click within the word.
In most text editors, a double-click on a word selects it in its entirety.
4. Pressing key combinations Shift + arrow key.
If you press one of the arrow keys with the Shift key pressed, you can select a section of text.
5. Pressing key combinations Ctrl + End.
Ctrl + End: Go to the end of the document or window.
Ctrl + Home: Go to the beginning of the document or window.
Ctrl + Insert: Copy the selected text.
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isotopes are the same element, but have different numbers of neutrons (but still have the same number of electrons and protons), hence have a different mass number.
Answer:
Explanation:
Based on the wave model of light, physicists predicted that increasing light amplitude would increase the kinetic energy of emitted photoelectrons, while increasing the frequency would increase measured current.
Contrary to the predictions, experiments showed that increasing the light frequency increased the kinetic energy of the photoelectrons, and increasing the light amplitude increased the current.
Based on these findings, Einstein proposed that light behaved like a stream of particles called photons with an energy of \text{E}=h\nuE=hνstart text, E, end text, equals, h, \nu.
The work function, \PhiΦ\Phi, is the minimum amount of energy required to induce photoemission of electrons from a metal surface, and the value of \PhiΦ\Phi depends on the metal.
The energy of the incident photon must be equal to the sum of the metal's work function and the photoelectron kinetic energy:
Hi! The answer is ‘B’! Because the nucleus is found at the center and contains protons (positive charge) and neutrons (no charge)
