Predict the reactivity of silicon in water relative to that of sodium, magnesium, and aluminum.
Sodium and magnesium are highly reactive because they have low Ionization energy and release electrons thus they react with water more rapidly.
Aluminum react with water to form oxide layer on its surface which prevent further reaction with water whereas silicon react with water at high temperature as compared to aluminium. Hence, silicon is less reactive than aluminum, magnesium and sodium.
Predict the reactivity of silicon in water relative to that of sodium, magnesium, and aluminum.
Question 18 2 pts Given the following series, predict which is the largest: sodium ion, magnesium ion and aluminum ion magnesium ion aluminum ion They're all the same sodium ion
Based on the relative reactivity of the halogens as oxidizing agents, predict the products of the following reaction. If no reaction will occur, leave the product boxes blank and and click on "Submit". CH() + 2Br (aq)
Predict the relative order of reactivity of the indicated
carbonyl compounds in reactions with
nucleophiles (1 = most reactive carbonyl electrophile). Use
all three logic arguments of organic chemistry (resonance,
inductive and steric). Show structures, lone pairs and
arrow-pushing conventions in your answer to provide an explanation
for your order of reactivity. Write the expected product in a
reaction with lithium aluminium deuteride, LiAlD4, followed by
workup (no mechanisms)
Name 2. Predict the relative order of reactivity of the indicated...
Silicon dioxide will react with aluminum to form silicon and aluminum oxide. Write the balanced equation for the reaction and report the reaction type. Calculate the mass of aluminum oxide produced if 7.004 g of aluminum reacts with 10.83 g of silicon dioxide.
Predict the order of reactivity with water for the elements given below. List the LEAST reactive first Fr Sr Вa Cs
Write the formula for an ionic compound formed from 02- with each of the ions. magnesium ion: sodium ion: aluminum ion:
Strongest Weakest F. Relative reactivity of the Alkali metals. 1. 2Li+ 2H,O +H 2LIOH Observations: 2NaOH 2. 2Na+2 H,0 + H (aq) Observations: 3. 2K+2H,O 2KOH +H. 2g) ag) Is Observations: 4. What can you conclude about the reactivity of the Li, Na and K elements? 5. What would you predict Cs and Rb reactivity with water to be? After watching the videos, does your hypothesis match the observation of the reaction? pg. 82 EXPERIME
Strongest Weakest F. Relative reactivity...
Reactivity of Group 1 Metals: Yes, Mom, I Threw Sodium into Water in Class Today 3. Compare the reactivities of lithium, sodium, and potassium with the reduction potentials of the metals. Compare the reactivities to the ionization energies of the alkali metals.
Relative Reactivity of Metals and the Activity Series Post Lab Questions You observed the relative reactivity of the following metals. a. Hg reacts with HNO, but not with HCl, hot or cold water. b. Al reacts slowly with hot (100 °C) water. c. Sr reacts with cold water. d. Cd reacts with HCI but not with hot or cold water. Write the mini-activity series (left to right) for these 4 metals (most active on right), least active most active Indicate...
4. Sodium hydroxide dissolved in water is considered an electrolyte. Magnesium chloride dissolved in water is also considered an electrolyte. If these two solutions were mixed together, would a precipitate form? If so, what is the formula of that precipitate? Would the resulting solution still be considered an electrolyte? Why or why not?