Rb
Lithium (Li) Melting point: 453.69 K, 180.54 °C, 356.97 °F Boiling point: 1615 K, 1342 °C, 2448 °F
Calcium(C)
Melting point of (metallic) Zinc is 419.53 °C, 692.68 K, 787.15 °F
If you mean the name of the element with the symbol F, it is Flourine
Period 2: Li, Be, B, C, N, O, F, Ne Group I: The alkali metals: Li, Na, K, Rb, Cs and Fr and the first element in group I (non-metal) Hydrogen (H, gas)
As a general rule atomic radius decreases as you read across a period, so from largest to smallest the order would be Li, B, C, F.
No, they're about as different as it's possible for two elements to be.
F Fluorine is the most reactive
-40° C = -40° F
J. C. F. Telles has written: 'The boundary element method applied to inelastic problems' -- subject(s): Boundary element methods, Plasticity
The electron configuration is the number of electrons in each energy level of an element. The electron configuration of Li is, 1s2 2s1. The electron configuration of F is, 1s2 2s2 2p5.
d c f
Rb
Find the number of moles for both of them , so :-for F 259.2/19 =13.64210526for C 40.8/12 = 3.4then divide by the smallest number to find the smallest ratio, so divide by 3.4for F (259.2/19)/3.4 =4.0124for C 3.4/3.4 = 1so i think we have 4 of F and 1 of Cso i think : CF4
Lithium (Li) Melting point: 453.69 K, 180.54 °C, 356.97 °F Boiling point: 1615 K, 1342 °C, 2448 °F
this is the increasing function theorem, hope it helps "If F'(x) >= 0 , and all x's are and element of [a,b], Then F is increasing on [a,b]" use Mean Value Theorem (M.V.T) Let F'(x)>=0 on some interval Let x1< x2 (points from that interval) by M.V.T there is a point C which is an element of [x1,x2] such that F(x2)-F(x1) / X2- X1 = F'(C) this implies: F(x2)-F(x1) = F'(C) X [x2-x1] F'(C)>=0 [x2-x1]>0 therefore: F(x2)>=F(x1) Therefore: F is increasing on that interval.