Straight Lines Test 12

Question 1
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Directions For Questions

Question have a series with four figures called the problem figures. Bearing series in mind, choose the correct fifth blank figure(marked with $$?$$) from answer figures.

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A

B

C

D

Question 2
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Select the correct alternative from the given ones that will complete the series.
$$YXWv, TSrQ, OnML, jIHG, EDCb, ?$$

A
$$YXwV$$

B
$$ZYxW$$

C
$$XwVU$$

D
$$YxWV$$

Question 3
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A word is represented by only one set of numbers as given in any one of the alternatives. The sets of numbers given in the alternatives are represented by two classes of alphabets as in the two matrices given below. The columns and rows of Matrix I are numbered from $$0$$ to $$4$$ and that of Matrix $$I$$ are numbered from $$5$$ to $$9$$. A letter from these matrices can be represented first by its row and next by its column, e.g. $$'A'$$ can be represented by $$00, 12, 23$$ etc., and $$'P'$$ can be represented by $$58, 69, 75$$ etc. Similarly, you have to identify the set for the word 'POET'.
Matrix I
$$0$$ $$1$$ $$2$$ $$3$$ $$4$$
$$0$$ $$A$$ $$R$$ $$S$$ $$N$$ $$C$$
$$1$$ $$N$$ $$C$$ $$A$$ $$R$$ $$S$$
$$2$$ $$S$$ $$N$$ $$C$$ $$A$$ $$R$$
$$3$$ $$R$$ $$S$$ $$N$$ $$C$$ $$A$$
$$4$$ $$C$$ $$A$$ $$R$$ $$S$$ $$N$$
Matrix II
$$5$$ $$6$$ $$7$$ $$8$$ $$9$$
$$5$$ $$O$$ $$E$$ $$L$$ $$P$$ $$T$$
$$6$$ $$T$$ $$O$$ $$E$$ $$L$$ $$P$$
$$7$$ $$P$$ $$T$$ $$O$$ $$E$$ $$L$$
$$8$$ $$L$$ $$P$$ $$T$$ $$O$$ $$E$$
$$9$$ $$E$$ $$L$$ $$P$$ $$T$$ $$O$$

A
$$69, 88, 67, 65$$

B
$$75, 56, 65, 67$$

C
$$77, 88, 98, 78$$

D
$$75, 66, 76, 78$$

Question 4
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In this question, the sets of numbers given in the alternatives are represented by two classes of alphabets as in two matrices given below. The columns and rows of Matrix I are numbered from $$0$$ to $$4$$ and that of Matrix II are numbered from $$5$$ to $$9$$. A letter from these matrices can be represented first by its row and next by its column, e.g., $$'B'$$ can be represented by $$00, 13,$$ etc., and $$'A'$$ can be represented by $$55, 69$$, etc. Similarly you have to identify the set for the word 'GIRL'.
Matrix I
$$0$$ $$1$$ $$2$$ $$3$$ $$4$$
$$0$$ $$B$$ $$N$$ $$G$$ $$L$$ $$D$$
$$1$$ $$G$$ $$L$$ $$D$$ $$B$$ $$N$$
$$2$$ $$D$$ $$B$$ $$N$$ $$G$$ $$L$$
$$3$$ $$N$$ $$G$$ $$L$$ $$D$$ $$B$$
$$4$$ $$L$$ $$D$$ $$B$$ $$N$$ $$G$$
Matrix II
$$5$$ $$6$$ $$7$$ $$8$$ $$9$$
$$5$$ $$A$$ $$I$$ $$K$$ $$O$$ $$R$$
$$6$$ $$I$$ $$K$$ $$O$$ $$R$$ $$A$$
$$7$$ $$K$$ $$O$$ $$R$$ $$A$$ $$I$$
$$8$$ $$O$$ $$R$$ $$A$$ $$I$$ $$K$$
$$9$$ $$R$$ $$A$$ $$I$$ $$K$$ $$O$$

A
$$02, 56, 97, 24$$

B
$$31, 79, 68, 42$$

C
$$23, 97, 77, 11$$

D
$$11, 88, 95, 23$$

Question 5
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A series is given with one term missing. Select the correct alternative from the given ones that will complete the series.
$$hqva, clqv, ?, yhmr$$.

A
$$gpvy$$

B
$$gkuz$$

C
$$gpuz$$

D
$$govz$$

Question 6
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Select a figure from the options which will replace the question mark to complete the given series.

A

B

C

D

Question 7
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In which of these figures does the angle $$\theta$$ represent the inclination of line L.

A

B

C

D
None of the above

Question 8
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The number of ways in which ten candidates $$A_1, A_2,......A_{10}$$ can be ranked such that $$A_1$$ is always above $$A_{10}$$ is

A
$$5!$$

B
$$2(5!)$$

C
$$10!$$

D
$$\dfrac{1}{2}(10!)$$

Question 9
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From a well shuffled pack of $$52$$ playing cards two cards drawn at random. The probability that either both are red or both are kings is:

A
$$\dfrac{{\left( {^{26}{C_2} + \,{\,^4}{C_2}} \right)}}{{^{52}{C_2}}}$$

B
$$\dfrac{{\left( {^{26}{C_2} + {\,^4}{C_2} - {\,^2}{C_2}} \right)}}{{^{52}{C_2}}}$$

C
$$\dfrac{{^{30}{C_2}}}{{^{52}{C_2}}}$$

D
$$\dfrac{{^{39}{C_2}}}{{^{52}{C_2}}}$$

Question 10
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Select the missing number from the given matrix:
5 2 4
4 4 7
2 5 3
18 30 ?

A
$$43$$

B
$$42$$

C
$$33$$

D
$$32$$

Submit Test

		Matrix I
	$$0$$	$$1$$	$$2$$	$$3$$	$$4$$
$$0$$	$$A$$	$$R$$	$$S$$	$$N$$	$$C$$
$$1$$	$$N$$	$$C$$	$$A$$	$$R$$	$$S$$
$$2$$	$$S$$	$$N$$	$$C$$	$$A$$	$$R$$
$$3$$	$$R$$	$$S$$	$$N$$	$$C$$	$$A$$
$$4$$	$$C$$	$$A$$	$$R$$	$$S$$	$$N$$

		Matrix II
	$$5$$	$$6$$	$$7$$	$$8$$	$$9$$
$$5$$	$$O$$	$$E$$	$$L$$	$$P$$	$$T$$
$$6$$	$$T$$	$$O$$	$$E$$	$$L$$	$$P$$
$$7$$	$$P$$	$$T$$	$$O$$	$$E$$	$$L$$
$$8$$	$$L$$	$$P$$	$$T$$	$$O$$	$$E$$
$$9$$	$$E$$	$$L$$	$$P$$	$$T$$	$$O$$

Straight Lines ...

Question 1

Question 2

$$YXwV$$

$$ZYxW$$

$$XwVU$$

$$YxWV$$

Question 3

$$69, 88, 67, 65$$

$$75, 56, 65, 67$$

$$77, 88, 98, 78$$

$$75, 66, 76, 78$$

Question 4

$$02, 56, 97, 24$$

$$31, 79, 68, 42$$

$$23, 97, 77, 11$$

$$11, 88, 95, 23$$

Question 5

$$gpvy$$

$$gkuz$$

$$gpuz$$

$$govz$$

Question 6

Question 7

None of the above

Question 8

$$5!$$

$$2(5!)$$

$$10!$$

$$\dfrac{1}{2}(10!)$$

Question 9

$$\dfrac{{\left( {^{26}{C_2} + \,{\,^4}{C_2}} \right)}}{{^{52}{C_2}}}$$

$$\dfrac{{\left( {^{26}{C_2} + {\,^4}{C_2} - {\,^2}{C_2}} \right)}}{{^{52}{C_2}}}$$

$$\dfrac{{^{30}{C_2}}}{{^{52}{C_2}}}$$

$$\dfrac{{^{39}{C_2}}}{{^{52}{C_2}}}$$

Question 10

$$43$$

$$42$$

$$33$$

$$32$$

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