w h a t i s t h e f o r m u l a o f n ( A U B ) ? what\ is\ the\ formula\ of\ n\left(AUB\right)? w h a t i s t h e f o r m u l a o f n ( A U B ) ?

n ( A ) + n ( B ) − n ( A n B ) n\left(A\right)+n\left(B\right)-n\left(AnB\right) n ( A ) + n ( B ) − n ( A n B )

n ( A ) + n ( B ) n\left(A\right)+n\left(B\right) n ( A ) + n ( B )

n ( A ) + n ( B ) + n ( A n B ) n\left(A\right)+n\left(B\right)+n\left(AnB\right) n ( A ) + n ( B ) + n ( A n B )

n ( A ) − n ( B ) − n ( A n B ) n\left(A\right)-n\left(B\right)-n\left(AnB\right) n ( A ) − n ( B ) − n ( A n B )

w h a t d e n o t e s f o r d o n , t l i k e b o t h l i k e ? what\ denotes\ for\ don^,t\ like\ both\ like\ ? w h a t d e n o t e s f o r d o n , t l i k e b o t h l i k e ?

n ( A U B ) C n\left(AUB\right)^C n ( A U B ) C

n ( A n B ) C n\left(AnB\right)^C n ( A n B ) C

n ( A ) C n\left(A\right)^C n ( A ) C

n ( A − B ) C n\left(A-B\right)^C n ( A − B ) C

w h a t d e n o t e s f o r a t m o s t o n e ? what\ denotes\ for\ at\ most\ one\ ? w h a t d e n o t e s f o r a t m o s t o n e ?

n ( A n B ) C n\left(AnB\right)^C n ( A n B ) C

n o ( A ) + n o ( B ) n_o\left(A\right)+n_o\left(B\right) n o ( A ) + n o ( B )

n o ( A ) n_o\left(A\right) n o ( A )

n ( A − B ) n\left(A-B\right) n ( A − B )

w h a t i s t h e f o r m u l a o f S P V ? what\ is\ the\ formula\ of\ SP_V? w h a t i s t h e f o r m u l a o f S P V ?

S P V = M P ( 1 − D % ) ( 1 + V % ) SP_V=MP\left(1-D\%\right)\left(1+V\%\right) S P V = M P ( 1 − D % ) ( 1 + V % )

S P V = M P ( 1 − D % ) ( 1 − V % ) SP_V=MP\left(1-D\%\right)\left(1-V\%\right) S P V = M P ( 1 − D % ) ( 1 − V % )

S P V = M P ( 1 + D % ) ( 1 − V % ) SP_V=MP\left(1+D\%\right)\left(1-V\%\right) S P V = M P ( 1 + D % ) ( 1 − V % )

S P V = M P ( 1 + D % ) ( 1 + V % ) SP_V=MP\left(1+D\%\right)\left(1+V\%\right) S P V = M P ( 1 + D % ) ( 1 + V % )

w h a t i s t h e f o r m u l a o f D % ? what\ is\ the\ formula\ of\ D\%? w h a t i s t h e f o r m u l a o f D % ?

D % = D A M P × 100 % D\%=\frac{DA}{MP}\times100\% D % = M P D A × 1 0 0 %

D = D A M P × 100 D=\frac{DA}{MP}\times100 D = M P D A × 1 0 0

D % = D A M P × 100 D\%=\frac{DA}{MP}\times100 D % = M P D A × 1 0 0

D = D A M P × 100 % D=\frac{DA}{MP}\times100\% D = M P D A × 1 0 0 %

I f S P = R s . 1500 a n d V % = 10 % , w h a t i s S P V ? If\ SP=Rs.1500\ and\ V\%=10\%,what\ is\ SP_V? I f S P = R s . 1 5 0 0 a n d V % = 1 0 % , w h a t i s S P V ?

R s . 1650 Rs.1650 R s . 1 6 5 0

R s . 1490 Rs.1490 R s . 1 4 9 0

R s . 1510 Rs.1510 R s . 1 5 1 0

R s . 1600 Rs.1600 R s . 1 6 0 0

w h a t i s t h e f o r m u l a o f R % ? what\ is\ the\ formula\ of\ R\%? w h a t i s t h e f o r m u l a o f R % ?

R % = ( C A 2 C A 1 − 1 ) × 100 % R\%=\left(\frac{CA_{2\ }}{CA_1}-1\right)\times100\% R % = ( C A 1 C A 2 − 1 ) × 1 0 0 %

R % = ( C A 2 C A 1 − 2 ) × 100 % R\%=\left(\frac{CA_2}{CA_1}-2\right)\times100\% R % = ( C A 1 C A 2 − 2 ) × 1 0 0 %

R % = ( C A 1 C A 2 − 1 ) × 100 % R\%=\left(\frac{CA_1}{CA_2}-1\right)\times100\% R % = ( C A 2 C A 1 − 1 ) × 1 0 0 %

R % = ( C A 1 C A 2 − 2 ) × 100 % R\%=\left(\frac{CA_1}{CA_2}-2\right)\times100\% R % = ( C A 2 C A 1 − 2 ) × 1 0 0 %

w h a t i s t h e f o r m u l a o f C I y ? what\ is\ the\ formula\ of\ CI_y? w h a t i s t h e f o r m u l a o f C I y ?

C I y = P [ ( 1 + R 100 ) T − 1 ] CI_y=P\left[\left(1+\frac{R}{100}\right)^T-1\right] C I y = P [ ( 1 + 1 0 0 R ) T − 1 ]

C I y = P ( 1 + R 100 ) T CI_y=P\left(1+\frac{R}{100}\right)^T C I y = P ( 1 + 1 0 0 R ) T

C I y = P [ ( 1 + R 200 ) 2 T − 1 ] CI_y=P\left[\left(1+\frac{R}{200}\right)^{2T}-1\right] C I y = P [ ( 1 + 2 0 0 R ) 2 T − 1 ]

C I y = P ( 1 + R 200 ) 2 T CI_y=P\left(1+\frac{R}{200}\right)^{2T} C I y = P ( 1 + 2 0 0 R ) 2 T

w h a t i s t h e f o r m u l a o f C A H ? what\ is\ the\ formula\ of\ CA_H? w h a t i s t h e f o r m u l a o f C A H ?

C A H = P ( 1 + R 200 ) 2 T CA_H=P\left(1+\frac{R}{200}\right)^{2T} C A H = P ( 1 + 2 0 0 R ) 2 T

C A H = P ( 1 + R 100 ) T CA_H=P\left(1+\frac{R}{100}\right)^T C A H = P ( 1 + 1 0 0 R ) T

C A H = P ( 1 − R 100 ) T CA_H=P\left(1-\frac{R}{100}\right)^T C A H = P ( 1 − 1 0 0 R ) T

C A H = P ( 1 − R 200 ) 2 T CA_H=P\left(1-\frac{R}{200}\right)^{2T} C A H = P ( 1 − 2 0 0 R ) 2 T

w h a t i s t h e f o r m u l a o f P T ? what\ is\ the\ formula\ of\ P_T? w h a t i s t h e f o r m u l a o f P T ?

P T = P ( 1 + R 100 ) T P_T=P\left(1+\frac{R}{100}\right)^T P T = P ( 1 + 1 0 0 R ) T

P T = P ( 1 − R 100 ) T P_T=P\left(1-\frac{R}{100}\right)^T P T = P ( 1 − 1 0 0 R ) T

P T = P ( 1 + R 200 ) T P_T=P\left(1+\frac{R}{200}\right)^T P T = P ( 1 + 2 0 0 R ) T

P T = P ( 1 + R 200 ) 2 T P_T=P\left(1+\frac{R}{200}\right)^{2T} P T = P ( 1 + 2 0 0 R ) 2 T

w h a t i s t h e f o r m u l a o f D . P . ( P T ) ? what\ is\ the\ formula\ of\ D.P.\left(P_T\right)? w h a t i s t h e f o r m u l a o f D . P . ( P T ) ?

P T = P ( 1 − R 100 ) T P_T=P\left(1-\frac{R}{100}\right)^T P T = P ( 1 − 1 0 0 R ) T

P T = P ( 1 + R 100 ) T P_T=P\left(1+\frac{R}{100}\right)^T P T = P ( 1 + 1 0 0 R ) T

P T = P ( 1 − R 200 ) T P_T=P\left(1-\frac{R}{200}\right)^T P T = P ( 1 − 2 0 0 R ) T

P T = P ( 1 + R 100 ) 2 T P_T=P\left(1+\frac{R}{100}\right)^{2T} P T = P ( 1 + 1 0 0 R ) 2 T

w h a t i s t h e f o r n u l a H C F ? what\ is\ the\ fornula\ HCF? w h a t i s t h e f o r n u l a H C F ?

H C F = ( 1 s t exp ⁡ r e s s i o n × 2 n d exp ⁡ r e s s i o n ) L C M HCF=\frac{\left(1^{st}\exp ression\times2nd\ \exp ression\ \right)}{LCM} H C F = L C M ( 1 s t exp r e s s i o n × 2 n d exp r e s s i o n )

H C F = L C M 1 s t exp ⁡ r e s s i o n × 2 n d exp ⁡ r e s s i o n HCF=\frac{LCM}{1^{st}\exp ression\ \times2nd\exp ression} H C F = 1 s t exp r e s s i o n × 2 n d exp r e s s i o n L C M

H C F = 1 s t exp ⁡ r e s s i o n × 2 n d exp ⁡ r e s s i o n × L C M HCF=1^{st}\exp ression\times2nd\exp ression\times LCM H C F = 1 s t exp r e s s i o n × 2 n d exp r e s s i o n × L C M

H C F = 1 s t exp ⁡ r e s s i o n × 2 n d exp ⁡ r e s s i o n HCF=1^{st}\exp ression\times2nd\exp ression H C F = 1 s t exp r e s s i o n × 2 n d exp r e s s i o n

cls(C.m.bramdik)10

Authored by Maths course

Mathematics

10th Grade

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20 questions

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MULTIPLE CHOICE QUESTION

15 mins • 1 pt

$what\ is\ the\ formula\ of\ n\left(AUB\right)?$

$n\left(A\right)+n\left(B\right)$

$n\left(A\right)+n\left(B\right)+n\left(AnB\right)$

$n\left(A\right)-n\left(B\right)-n\left(AnB\right)$

$n\left(A\right)+n\left(B\right)-n\left(AnB\right)$

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$what\ denotes\ for\ don^,t\ like\ both\ like\ ?$

$n\left(AUB\right)^C$

$n\left(AnB\right)^C$

$n\left(A\right)^C$

$n\left(A-B\right)^C$

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$If\ n\left(U\right)=100,n\left(AUB\right)=80,what\ is\ the\ value\ ofn\left(AUB\right)^C?$

$120$

$80$

$100$

$20$

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$what\ denotes\ for\ at\ most\ one\ ?$

$n_o\left(A\right)+n_o\left(B\right)$

$n_o\left(A\right)$

$n\left(A-B\right)$

$n\left(AnB\right)^C$

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$what\ is\ the\ formula\ of\ SP_V?$

$SP_V=MP\left(1-D\%\right)\left(1+V\%\right)$

$SP_V=MP\left(1-D\%\right)\left(1-V\%\right)$

$SP_V=MP\left(1+D\%\right)\left(1-V\%\right)$

$SP_V=MP\left(1+D\%\right)\left(1+V\%\right)$

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$what\ is\ the\ formula\ of\ D\%?$

$D=\frac{DA}{MP}\times100$

$D\%=\frac{DA}{MP}\times100$

$D=\frac{DA}{MP}\times100\%$

$D\%=\frac{DA}{MP}\times100\%$

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$If\ SP=Rs.1500\ and\ V\%=10\%,what\ is\ SP_V?$

$Rs.1650$

$Rs.1490$

$Rs.1510$

$Rs.1600$

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$If\ MP=Rs.200\ and\ DA=Rs.40,what\ is\ D\%?$

$40\%$

$10\%$

$20\%$

$25\%$

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$what\ is\ the\ formula\ of\ R\%?$

$R\%=\left(\frac{CA_{2\ }}{CA_1}-1\right)\times100\%$

$R\%=\left(\frac{CA_2}{CA_1}-2\right)\times100\%$

$R\%=\left(\frac{CA_1}{CA_2}-1\right)\times100\%$

$R\%=\left(\frac{CA_1}{CA_2}-2\right)\times100\%$

10.

MULTIPLE CHOICE QUESTION

30 sec • 1 pt

$what\ is\ the\ formula\ of\ CI_y?$

$CI_y=P\left[\left(1+\frac{R}{100}\right)^T-1\right]$

$CI_y=P\left(1+\frac{R}{100}\right)^T$

$CI_y=P\left[\left(1+\frac{R}{200}\right)^{2T}-1\right]$

$CI_y=P\left(1+\frac{R}{200}\right)^{2T}$

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cls(C.m.bramdik)10

what is the formula of n(AUB)?what\ is\ the\ formula\ of\ n\left(AUB\right)?what is the formula of n(AUB)?

what denotes for don,t like both like ?what\ denotes\ for\ don^,t\ like\ both\ like\ ?what denotes for don,t like both like ?

If n(U)=100,n(AUB)=80,what is the value ofn(AUB)C?If\ n\left(U\right)=100,n\left(AUB\right)=80,what\ is\ the\ value\ ofn\left(AUB\right)^C?If n(U)=100,n(AUB)=80,what is the value ofn(AUB)C?

what denotes for at most one ?what\ denotes\ for\ at\ most\ one\ ?what denotes for at most one ?

what is the formula of SPV?what\ is\ the\ formula\ of\ SP_V?what is the formula of SPV​?

what is the formula of D%?what\ is\ the\ formula\ of\ D\%?what is the formula of D%?

If SP=Rs.1500 and V%=10%,what is SPV?If\ SP=Rs.1500\ and\ V\%=10\%,what\ is\ SP_V?If SP=Rs.1500 and V%=10%,what is SPV​?

If MP=Rs.200 and DA=Rs.40,what is D%?If\ MP=Rs.200\ and\ DA=Rs.40,what\ is\ D\%?If MP=Rs.200 and DA=Rs.40,what is D%?

what is the formula of R%?what\ is\ the\ formula\ of\ R\%?what is the formula of R%?

what is the formula of CIy?what\ is\ the\ formula\ of\ CI_y?what is the formula of CIy​?

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$what\ is\ the\ formula\ of\ n\left(AUB\right)?$

$what\ denotes\ for\ don^,t\ like\ both\ like\ ?$

$If\ n\left(U\right)=100,n\left(AUB\right)=80,what\ is\ the\ value\ ofn\left(AUB\right)^C?$

$what\ denotes\ for\ at\ most\ one\ ?$

$what\ is\ the\ formula\ of\ SP_V?$

$what\ is\ the\ formula\ of\ D\%?$

$If\ SP=Rs.1500\ and\ V\%=10\%,what\ is\ SP_V?$

$If\ MP=Rs.200\ and\ DA=Rs.40,what\ is\ D\%?$

$what\ is\ the\ formula\ of\ R\%?$

$what\ is\ the\ formula\ of\ CI_y?$