Choose one or more: A. Electrons exhibit interference or diffraction due to scattering objects or apertures around the same size as their de Broglie wavelength.
B. Electrons don't collapse into the nucleus because they form standing waves of discrete modes of vibration.
C. Electrons exhibit a discrete charge.
D. Electrons may tunnel through barriers of nanometer or below thickness.
E. Electrons exhibit a discrete mass.

Electrons exhibit interference or diffraction due to scattering objects or apertures around the same size as their de Broglie wavelength. Electrons exhibit a discrete charge. Electrons exhibit a discrete mass. Electrons may tunnel through barriers of nanometer or below thickness

Explanation:

Electrons behave both as matter an waves in accordance with De Broglie principle of wave particle duality hence they possess an associated wavelength and as such undergo diffraction and interference.

Electrons have a known magnitude of mass and charge.

Many studies have also shown that electrons can tunnel through barriers of 1nm thickness or less.

the ratio of the conjugate base to the acid required to attain the desired ph.

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