ANSWER
CSAT_01
LOGICAL REASONING_01
1. b. This is a simple addition series. Each number increases by 2.
2. b. This is a simple subtraction series. Each number is 6 less than the previous number.
3. c. This is an alternation with repetition series in which each number repeats itself and then increases by 7.
4. a. This is a simple subtraction series. Each number is 35 less than the previous number.
5. d. In this addition series, 1 is added to the first number; 2 is added to the second number; 3 is added to the third number; and so forth.
6. d. This is a simple addition series with a random number, 8, interpolated as every other number. In the series, 6 is added to each number except 8, to arrive at the next
number.
7. a. This is an alternating addition and subtraction series. In the first pattern, 10 is subtracted from each number to arrive at the next. In the second, 5 is added to each number to arrive at the next.
2. b. This is a simple subtraction series. Each number is 6 less than the previous number.
3. c. This is an alternation with repetition series in which each number repeats itself and then increases by 7.
4. a. This is a simple subtraction series. Each number is 35 less than the previous number.
5. d. In this addition series, 1 is added to the first number; 2 is added to the second number; 3 is added to the third number; and so forth.
6. d. This is a simple addition series with a random number, 8, interpolated as every other number. In the series, 6 is added to each number except 8, to arrive at the next
number.
7. a. This is an alternating addition and subtraction series. In the first pattern, 10 is subtracted from each number to arrive at the next. In the second, 5 is added to each number to arrive at the next.
CSAT_02
LOGICAL REASONING_02
8. b. This is an alternating number subtraction series. First, 2 is subtracted, then 4, then 2,
and so on.
and so on.
9. c. In this simple alternating subtraction and addition series; 1 is subtracted, then 2 is
added, and so on.
10. d. This alternating addition series begins with 3; then 1 is added to give 4; then 3 is added
to give 7; then 1 is added, and so on.
11. a. This is a simple alternating subtraction series, which subtracts 2, then 5.
12. c. In this alternating repetition series, the random number 21 is interpolated every other number into an otherwise simple addition series that increases by 2, beginning with the number 9.
13. b. In this series, each number is repeated, then 13 issubtracted to arrive at the next number.
14. c. This is a simple multiplication series. Each number is 3
added, and so on.
10. d. This alternating addition series begins with 3; then 1 is added to give 4; then 3 is added
to give 7; then 1 is added, and so on.
11. a. This is a simple alternating subtraction series, which subtracts 2, then 5.
12. c. In this alternating repetition series, the random number 21 is interpolated every other number into an otherwise simple addition series that increases by 2, beginning with the number 9.
13. b. In this series, each number is repeated, then 13 issubtracted to arrive at the next number.
14. c. This is a simple multiplication series. Each number is 3
CSAT_03
LOGICAL REASONING_03
15. a. This is a simple division series. Each number is divided by 5.
16. b. This is a simple alternating addition and subtraction series. In the first pattern, 3 is added; in the second, 2 is subtracted.
17. b. This is an alternating multiplication and subtracting series: First, multiply by 2 and then subtract 8.
18. c. In this simple addition series, each number increases by 0.8.
19. d. In this simple subtraction series, each number decreases by 0.4.
COMPLETE THE SERIES...
17. b. This is an alternating multiplication and subtracting series: First, multiply by 2 and then subtract 8.
18. c. In this simple addition series, each number increases by 0.8.
19. d. In this simple subtraction series, each number decreases by 0.4.
CSAT_04
20.C
21.A
22 .D
23.C
24.A
No comments:
Post a Comment