REAL NUMBERS
REAL NUMBERS

90331 62 The number \((\sqrt{3}+\sqrt{5})^2\) is:

1 )an integer
2 )not a real number
3 )an irrational number
4 )a rational number
REAL NUMBERS

90335 \(\pi\)is

1 )an irrational number
2 )a rational number
3 )an integer
4 )a natural number
REAL NUMBERS

90336 The largest number which divides 70 and 125, leaving remainders 5 and 8, respectively, is:

1 )13
2 )65
3 )875
4 )1750
REAL NUMBERS

90339 LCM of (2\(^{3}\) × 3 × 5) and (2\(^{4}\) × 5 × 7) is:

1 )40
2 )560
3 )1120
4 )1680
REAL NUMBERS

90331 62 The number \((\sqrt{3}+\sqrt{5})^2\) is:

1 )an integer
2 )not a real number
3 )an irrational number
4 )a rational number
REAL NUMBERS

90335 \(\pi\)is

1 )an irrational number
2 )a rational number
3 )an integer
4 )a natural number
REAL NUMBERS

90336 The largest number which divides 70 and 125, leaving remainders 5 and 8, respectively, is:

1 )13
2 )65
3 )875
4 )1750
REAL NUMBERS

90339 LCM of (2\(^{3}\) × 3 × 5) and (2\(^{4}\) × 5 × 7) is:

1 )40
2 )560
3 )1120
4 )1680
REAL NUMBERS

90331 62 The number \((\sqrt{3}+\sqrt{5})^2\) is:

1 )an integer
2 )not a real number
3 )an irrational number
4 )a rational number
REAL NUMBERS

90335 \(\pi\)is

1 )an irrational number
2 )a rational number
3 )an integer
4 )a natural number
REAL NUMBERS

90336 The largest number which divides 70 and 125, leaving remainders 5 and 8, respectively, is:

1 )13
2 )65
3 )875
4 )1750
REAL NUMBERS

90339 LCM of (2\(^{3}\) × 3 × 5) and (2\(^{4}\) × 5 × 7) is:

1 )40
2 )560
3 )1120
4 )1680
REAL NUMBERS

90331 62 The number \((\sqrt{3}+\sqrt{5})^2\) is:

1 )an integer
2 )not a real number
3 )an irrational number
4 )a rational number
REAL NUMBERS

90335 \(\pi\)is

1 )an irrational number
2 )a rational number
3 )an integer
4 )a natural number
REAL NUMBERS

90336 The largest number which divides 70 and 125, leaving remainders 5 and 8, respectively, is:

1 )13
2 )65
3 )875
4 )1750
REAL NUMBERS

90339 LCM of (2\(^{3}\) × 3 × 5) and (2\(^{4}\) × 5 × 7) is:

1 )40
2 )560
3 )1120
4 )1680