On the same graph, plot the effective nuclear charge (see Section 8.3) and atomic radius (see Figure 8.5) versus atomic number for the second-period elements Li to Ne. Comment on the trends. The increase in effective nuclear charge from left to right across a period and from top to bottom in a group for representative elements. Figure 8.5 Atomic radii (in picometers) of representative elements according to their positions in the periodic table. Note that there is no general agreement on the size of atomic radii. We focus only on the trends in atomic radii, not on their precise values.
On the same graph, plot the effective nuclear charge (see Section 8.3) and atomic radius (see Figure 8.5) versus atomic number for the second-period elements Li to Ne. Comment on the trends. The increase in effective nuclear charge from left to right across a period and from top to bottom in a group for representative elements. Figure 8.5 Atomic radii (in picometers) of representative elements according to their positions in the periodic table. Note that there is no general agreement on the size of atomic radii. We focus only on the trends in atomic radii, not on their precise values.
Solution Summary: The author analyzes the graph between effective nuclear charge and atomic radius versus atom number for Li to Ne which are in the second-period elements.
On the same graph, plot the effective nuclear charge (see Section 8.3) and atomic radius (see Figure 8.5) versus atomic number for the second-period elements Li to Ne. Comment on the trends.
The increase in effective nuclear charge from left to right across a period and from top to bottom in a group for representative elements.
Figure 8.5Atomic radii (in picometers) of representative elements according to their
positions in the periodic table. Note that there is no general agreement on the size of atomic radii. We focus only on the trends in atomic radii, not on their precise values.
Definition Definition Number of protons in the nucleus of an atom. It uniquely identifies an element, as the number of protons determines the element's properties. The periodic table of elements is arranged based on increasing atomic numbers, allowing scientists to easily locate and study elements.
Part 3: AHm,system
Mass of 1.00 M HCI
Vol. of 1.00 M HCI
Mass of NaOH(s)
Total Mass in Calorimeter
Mole product if
HCI limiting reactant
Trial 1
62.4009
1.511g
Mole product if
NaOH limiting reactant
Limiting reactant
Initial Temperature
Final Temperature
23.8°C
37.6°C
Change in Temperature
AHm,system (calculated)
Average AHm,system
(calculated)
(calculated)
(calculated)
Trial 2
64.006g
1.9599
(calculated)
(calculated)
(calculated)
(calculated)
(calculated)
(calculated)
24.7°C
41.9°C
(calculated)
(calculated)
(2 pts. each)
Don't used Ai solution
What is the numerical value of the slope
using the equation y=-1.823x -0.0162
please show calculations
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