K1+ + CrO42- + Ag1+NO31-
Now lets go through the solubility rules and cross out everythingsoluble:
K1+ + CrO42- +Ag1+NO31-
Group 1A metals are always soluble (Rule 1)
Compounds of NO31- are always soluble (Rule2)
So we are left with Ag1+ andCrO42- to react with each other asfollows:
2Ag1+(aq) +CrO42-(aq) ----->Ag2CrO4(s)
Solution
K1+ + CrO42- + Ag1+NO31-
Now lets go through the solubility rules and cross out everythingsoluble:
K1+ + CrO42- +Ag1+NO31-
Group 1A metals are always soluble (Rule 1)
Compounds of NO31- are always soluble (Rule2)
So we are left with Ag1+ andCrO42- to react with each other asfollows:
2Ag1+(aq) +CrO42-(aq) ----->Ag2CrO4(s).
Basic Civil Engineering first year Notes- Chapter 4 Building.pptx
a) There is a cluster of SNP’s with similar p value in the intron .pdf
1. a) There is a cluster of SNP’s with similar p value in the intron of the gene as they are the
mutation hot spots, i.e. sites were the probability of mutation leading to SNP is equally high.
b) The p values drop off sharply within the gene as the other sites are not hot spots for
mutations. SNPs They are sites that do not show mutation leading to production of SNPs
Solution
a) There is a cluster of SNP’s with similar p value in the intron of the gene as they are the
mutation hot spots, i.e. sites were the probability of mutation leading to SNP is equally high.
b) The p values drop off sharply within the gene as the other sites are not hot spots for
mutations. SNPs They are sites that do not show mutation leading to production of SNPs
