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If abc+1=0 then prove that ResimiIf abc+1=0 then prove that
Süre: 10:28 | Boyut: 23.96 MB
If abc=1, prove that: ResimiIf abc=1, prove that:
Süre: 8:15 | Boyut: 18.88 MB
Q63 | If abc=1, prove that 1/(1+a+b^(-1))+1/(1+b+c^(-1))+1/(1+c+a^(-1))=1 ResimiQ63 | If abc=1, prove that 1/(1+a+b^(-1))+1/(1+b+c^(-1))+1/(1+c+a^(-1))=1
Süre: 4:57 | Boyut: 11.33 MB
If abc=1 then find the value of 1/a+b+c^-1 + 1/a+b^-1 + 1/1+c+a^-1. ResimiIf abc=1 then find the value of 1/a+b+c^-1 + 1/a+b^-1 + 1/1+c+a^-1.
Süre: 8:21 | Boyut: 19.11 MB
If a,b,c are in A.p. prove that ResimiIf a,b,c are in A.p. prove that
Süre: 4:10 | Boyut: 9.54 MB
If abc+1=0, prove that...... ResimiIf abc+1=0, prove that......
Süre: 7:28 | Boyut: 17.09 MB
if a b c are in hp show that '(a-b)/(b-c)=a/c' || if a b c are in hp show that a-b/b-c=a/c || Resimiif a b c are in hp show that '(a-b)/(b-c)=a/c' || if a b c are in hp show that a-b/b-c=a/c ||
Süre: 4:22 | Boyut: 9.99 MB
Q62 | Prove that 1/(1+x^(b-a)+x^(c-a))+1/(1+x^(a-b)+x^(c-b))+1/(1+x^(b-c)+x^(a-c))=1 ResimiQ62 | Prove that 1/(1+x^(b-a)+x^(c-a))+1/(1+x^(a-b)+x^(c-b))+1/(1+x^(b-c)+x^(a-c))=1
Süre: 7:52 | Boyut: 18.01 MB
Prove that (A-C)U(B-C) = (AUB)-C where A, B, C are subsets of a universal set S Problem on Sets ResimiProve that (A-C)U(B-C) = (AUB)-C where A, B, C are subsets of a universal set S Problem on Sets
Süre: 6:11 | Boyut: 14.15 MB
If a^2 , b^2 , c^2 are in A.P. then prove that a/(b+c) , b/(c+a) , c/(a+b) are in A.P. ResimiIf a^2 , b^2 , c^2 are in A.P. then prove that a/(b+c) , b/(c+a) , c/(a+b) are in A.P.
Süre: 6:16 | Boyut: 14.34 MB
Cartesian product of sets - Some theorems with proofs - Sets - part 16 - Set theory ResimiCartesian product of sets - Some theorems with proofs - Sets - part 16 - Set theory
Süre: 8:48 | Boyut: 20.14 MB
Sets operations proof || Set theory proof in hindi ResimiSets operations proof || Set theory proof in hindi
Süre: 10:09 | Boyut: 23.23 MB
If `a, b, c` are in A.P, then show that: `b+c-a ,\\ c+a-b ,\\ a+b-c` are in A.P. ResimiIf `a, b, c` are in A.P, then show that: `b+c-a ,\\ c+a-b ,\\ a+b-c` are in A.P.
Süre: 3:08 | Boyut: 7.17 MB
Show that there is no positive integer n for which root (n-1)+ root (n+1) is rational. Tutor DM ResimiShow that there is no positive integer n for which root (n-1)+ root (n+1) is rational. Tutor DM
Süre: 10:26 | Boyut: 23.88 MB
If a+b+c =0, Prove that1/1+x^a+x^-b+1/1+x^b+x^-c+1/1+x^c+x^-a=1 || Indices class 9 simplify ResimiIf a+b+c =0, Prove that1/1+x^a+x^-b+1/1+x^b+x^-c+1/1+x^c+x^-a=1 || Indices class 9 simplify
Süre: 8:01 | Boyut: 18.35 MB
If abc=1,show that 1/1+a+b−1+1/1+b+c−1+1/1+c+a−1=1|laws of exponent | class 9 | ResimiIf abc=1,show that 1/1+a+b−1+1/1+b+c−1+1/1+c+a−1=1|laws of exponent | class 9 |
Süre: 5:30 | Boyut: 12.59 MB
If a b c=1, show that 1/1+a+b^-1+1/1+b+c^-1+1/1+c+a^-1=1 ResimiIf a b c=1, show that 1/1+a+b^-1+1/1+b+c^-1+1/1+c+a^-1=1
Süre: 2:36 | Boyut: 5.95 MB
\\"If `a b c=1,`show that`1/(1+a+b^(-1))+1/(1+b+c^(-1))+1/(1+c+a^(-1))=1`\"
Süre: 2:44 | Boyut: 6.26 MB
Prove that (A-B)×C = (A×C)-(B×C) where A,B,C are subsets of a universal set S Problems on Sets ResimiProve that (A-B)×C = (A×C)-(B×C) where A,B,C are subsets of a universal set S Problems on Sets
Süre: 7:21 | Boyut: 16.82 MB
If (b+c-a)/a, (c+a-b)/b, (a+b-c)/c are in AP Prove that 1/a, 1/b, 1/c are AP |Arithmetic Progression ResimiIf (b+c-a)/a, (c+a-b)/b, (a+b-c)/c are in AP Prove that 1/a, 1/b, 1/c are AP |Arithmetic Progression
Süre: 5:26 | Boyut: 12.44 MB
If a,b,c are in AP. Show thata(b+c)/bc, b(c+a)/ca, c(a+b)/ab are in AP | Arithmetic Progression ResimiIf a,b,c are in AP. Show thata(b+c)/bc, b(c+a)/ca, c(a+b)/ab are in AP | Arithmetic Progression
Süre: 5:02 | Boyut: 11.52 MB
If a^x = b^y = c^z and abc = 1, then prove that:- 1/x + 1/y + 1/z = 0. ResimiIf a^x = b^y = c^z and abc = 1, then prove that:- 1/x + 1/y + 1/z = 0.
Süre: 6:36 | Boyut: 15.11 MB
Prove that A minus (B intersection C) = (A - B) U (A U C) and A-(B U C )= (A-B) intersection (A-C). ResimiProve that A minus (B intersection C) = (A - B) U (A U C) and A-(B U C )= (A-B) intersection (A-C).
Süre: 3:20 | Boyut: 7.63 MB
Let a, b, c, d be positive rationals such that a+√𝑏 = c+ √𝑑, then either a = c, b= d or b and d are ResimiLet a, b, c, d be positive rationals such that a+√𝑏 = c+ √𝑑, then either a = c, b= d or b and d are
Süre: 6:52 | Boyut: 15.72 MB
If abc + 1 = 0, prove that: 1/1-a-b^-1 + 1/1-b-c^-1 + 1/1-c-a^-1 = 1 ResimiIf abc + 1 = 0, prove that: 1/1-a-b^-1 + 1/1-b-c^-1 + 1/1-c-a^-1 = 1
Süre: 4:52 | Boyut: 11.14 MB
prove that [a+b,b+c,c+a]=2[abc] where a,b&c are three vectors || mathematical physics||uv duduli Resimiprove that [a+b,b+c,c+a]=2[abc] where a,b&c are three vectors || mathematical physics||uv duduli
Süre: 3:00 | Boyut: 6.87 MB
If vector (a + b + c) = 0 , prove that vector (a x b) = vector (b x c) = vector (c x a). Vector 12th ResimiIf vector (a + b + c) = 0 , prove that vector (a x b) = vector (b x c) = vector (c x a). Vector 12th
Süre: 2:22 | Boyut: 5.42 MB
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