Answer:
electrophilic addition
Explanation:
CH3 - CH = CH2 + Cl-Cl ---> CH3 -CH(Cl) - CH2(Cl)
Answer:
I think both photosynthesis and cellular respiration breaks down glucose
Explanation:
sorry if i'm wrong
What's up? im not gonna type a whole thing but you probably could make do with this info:
amphibians need water and a moist environment. north africa will constantly have droughts/low amounts of water, so amphibians could not survive there. in Antarctica, it is much too cold and as cold blooded animals they would simply freeze to death
best of luck with your studies
The reaction is given as:
Here, one mole of cadmium nitrate gives one mole of cadmium hydroxide.
Now,
number of moles = 
(1)
Concentration = 0.530 M
Volume = 35.0 mL
Substitute the above values in formula (1):
number of moles = 
(1 L =1000 mL)
= 
From the reaction, two moles of sodium hydroxide is needed to give one mole of cadmium hydroxide.
Now,
number of moles of sodium hydroxide which is needed to give of cadmium hydroxide.
Number of moles of sodium hydroxide =
= 
Now, mass of sodium hydroxide is calculated by:
Mass of sodium hydroxide =
= 
= 
Thus, mass of sodium hydroxide required is
Given:
1.50 L of highly concentrated
Pb(Clo3)2
0.300 L of 0.110 M NaI
Required:
mass precipitate of highly
concentrated Pb(Clo3)2
Solution:
M1V1 = M2V2
M1(1.50 L of highly concentrated
Pb(Clo3)2) = (0.300 L)(0.110 M NaI)
M1 = 0.022M Pb(Clo3)2 = 0.022
mol/L Pb(Clo3)2
Molar mass of Pb(Clo3)2= 374.2
g/mol
Mass of Pb(Clo3)2 = (0.022 mol/L
Pb(Clo3)2)( 1.50 L)( 374.2 g/mol) = 12.35g Pb(Clo3)2
