Remake of Chemistry Demo Discussion by Aaron Scherrer https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp If it was easy, we wouldn't call it work. en-us 2021-10-28 16:57:45 UTC 2025-11-02 02:06:06 UTC hello@padlet.com https://padlet.net/icons/png/1f50e.png Periodic Trends IAKT Part 1 scherreraaron1_1 https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1851952467 2021-10-28 16:58:15 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1851952467 Periodic Trends IAKT Part 2 scherreraaron1_1 https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1851953440 2021-10-28 16:58:37 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1851953440 Periodic Trends IAKT Part 3 scherreraaron1_1 https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1851953831 2021-10-28 16:58:47 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1851953831 Predict the most reactive halogen? https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854452885 The most reactive halogen is fluorine in group 7.  
- C.S , L.H, J.F, L.J]]> 2021-10-29 17:19:13 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854452885 Predict the most reactive halogen? https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854463147 Fluorine is the most reactive halogen 
- Jimmahne. T]]> 2021-10-29 17:22:50 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854463147 Explain how its reactivity is different than seen in metals. https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854465328 Florine reactivity is different than seen in metals because its the most nonmetal on the periodic table. 
- C.S, L.H, J.F,L.J]]> 2021-10-29 17:24:09 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854465328 Explain how its reactivity is different than seen in metals. https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854467088 Fluorine has the highest electron affinity, electronegativity and smallest radius - Jimmahne Thomas]]> 2021-10-29 17:25:07 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854467088 Predict the trend in reactivity of the halogens, how would reactivity change as you go down the group and why? (answer in terms of another property) https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854483832 The trend will decrease. The reactivity will decrease also because if fluorine has the highest reactivity rate, you can only go down from there. And the other halogens react with less metals than fluorine.-J.F ,C.S, L.H,L.J]]> 2021-10-29 17:33:49 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854483832 1. The generally decreasing atomic radius of atoms as you move across periods (left to right) on the periodic table is explained by- 10050392 https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854624400 I. an increasing number of energy levels in the period.
II. the presence of an s and p sublevel in each principal energy level.
IV. increased coulombic (magnetic) force between the nucleus and valence shell. 
V. increasing electronegativity as you move across periods.
Tia, Simone,Maria,Saman
]]> 2021-10-29 18:57:05 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1854624400 Predict the trend in reactivity of the halogens, how would reactivity change as you go down the group and why? (answer in terms of another property) https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1855481587 Flourine is the most reactive so it would only make sense that the reactivity decreases as you go down the group. the ionization energy is higher the electron affinity is higher and electronegativity is higher as you go down a row it is generally common that the properties will change drastically and more commonly decrease. -Jimmahne T]]> 2021-10-30 13:08:08 UTC https://padlet.com/scherreraaron1_1/7kwqkoyqw5u8kxdp/wish/1855481587