Question 15 5 pts Moving top to bottom down a group, atomic radius and ionization energy...
Question 14 5 pts Cations (positive ions) are then their parent atoms; Anions (negative ions) are then their parent atoms. Smaller, Smaller Larger, Larger Smaller, Larger Larger, Smaller Question 15 5 pts Moving top to bottom down a group, atomic radius__and ionization energy - Decreases, Increases Increases, Decreases Decreases, Decreases Increases, Increases Question 16 5 pts Which element would have the largest radius? Ca Na Mg Question 17 5 pts Which of the following is not a property of metals?...
12. What are the periodic trends for atomic size, ionization energy, and electron affinity moving from TOP to BOTTOM of the periodic table? (Write Increases or Decreases) Atomic Size: cncceases Ionization Energy: Electron Affinity: _decreases
Symbol Electronegativity Group 1 Period Number Atomic Number Atomic Mass (amu) Atomic Radius (pm) lonization Energy (kJ/mol Valence Electrons AW Electronegativity Period 2 Group Number 1 (1A) Symbol Atomic Number Atomic Mass amu Atomic Radius (pm) lonization Energy (kJ/mol) Valence Electrons Be 2 (2A) 13 (3A) 14 (4A) 15 (5A) 16 (6A) 17 (7A) 18 (8A) o Zoo Periodic Table Trends Activity (Protected View) - Word (Unlicensed Product) Review View Help Tell me what you want to do ruses. Unless...
Question 6 1 pts For main group elements, select ALL properties that decreases from top to bottom in a group on the periodic table. Electronegativity number of valence electrons first ionization energy (general trends) atomic radius
Question 3 2 pts lonization energy as you move down a column (top to bottom) and move across a period (left to right). _ as you increases; increases decreases; decreases increases; decreases decreases; increases
Question 1 (1 point) Which of these describes atomic radii as one moves from top to bottom within a group? The atomic radius is the same within a group. The atomic radius decreases from top to bottom within a group. The atomic radius does not vary in any predictable way within a group. The atomic radius increases from top to bottom within a group.
Which of the following property is incorrect about group IA when going down in a group? The melting point deacreses going down is the group The density increases going down is the group Atomic radius decreases going down is the group The first ionization Energy decreases going down is the group
What are the periodic trends in atomic radius? Select all that are correct. Choose one or more: Atomic radius decreases across a period as effective nuclear charge increases. Atomic radius increases across a period because atomic number increases. Atomic radius increases from top to bottom within a group as the n value of the valence electrons increases. Atomic radius decreases from top to bottom within a group as the n value of the valence electrons increases. 06 Question (1 point)...
Generally speaking, effective nuclear charge Zeff [(a) increases or decreases] across a period and [(b) increases or decreases] down a group, which results in [(c) ionization energy or atomic size] decreasing across a period and in [(d) ionization energy or atomic size] decreasing down a group. O (a) increases, (b) increases, (c) atomic size, (d) ionization energy (a) increases, (b) decreases, (c) ionization energy, (d) atomic size O (a) decreases, (b) increases, (c) ionization energy, (d) atomic size (a) increases,...
8) Atomic radius generally decreases as we move A) down a group and from right to left across a period B) up a group and from left to right across a period C) down a group and from left to right across a period D) up a group and from right to left across a period E) down a group; the period position has no effect