How to get the Atomic Number, Mass number, #p+, #e-, #n⁰
Answer (2)
Answer:Sa kwento ni Pilandok, hindi siya ang naglinlang ng tao. Siya ay karaniwang ang nagiging biktima ng panloloko ng mga mas malalaking hayop. Ang kanyang katalinuhan ang nagiging sandata niya upang makaligtas at makapaghiganti. Halimbawa, sa kwento ni Pilandok at ng Pawikan, si Pilandok ang nag-isip ng paraan upang makaligtas sa panganib ng pagiging kinain ng Pawikan. Hindi niya nilinlang ang tao, kundi ang Pawikan. Kaya, ang nagtulak kay Pilandok na gumamit ng kanyang katalinuhan ay ang pangangailangan para sa kaligtasan at paghihiganti laban sa mga mas malalaking hayop.
To find the Atomic Number, Mass Number, number of protons (#p+), electrons (#e-), and neutrons (#n⁰) of an element, you need to use the periodic table and understand that:Atomic Number:This is the number of protons in an atom, which is always the same for a specific element and can be found on the periodic table directly below the element symbol; it represents the number of #p+. Mass Number:This is the total number of protons and neutrons in an atom, calculated by adding the number of protons (#p+) to the number of neutrons (#n⁰). Number of Electrons (#e-):In a neutral atom, the number of electrons is equal to the number of protons (atomic number). How to find each value:Atomic Number: Look up the element on the periodic table, the number below the element symbol is the atomic number. Number of Protons (#p+): This is the same as the atomic number. Number of Electrons (#e-): For a neutral atom, this is also the same as the atomic number. Mass Number: To find the mass number, you need to know the number of neutrons, which can be calculated by subtracting the atomic number from the mass number listed on the periodic table (usually a decimal value). Example:Oxygen (O):Atomic Number: 8Number of Protons (#p+): 8Number of Electrons (#e-): 8Mass Number: Approximately 16 (depending on the isotope) Important points to remember:Different isotopes of the same element have the same number of protons but a different number of neutrons, which results in a different mass number. If an atom is charged (an ion), the number of electrons will be different from the number of protons.
