Cons input mode: 1F7
Cons input mode: 1B7
>>1     49
a       = 1

SQRT(a) = 1
Text if the result = INT(result)
NO it is not an exact root

Text if the FRAC(result) has a fractional component
YES is an exact root

Text if result = TRUNC(result)
YES is an exact root

Test if Result - INT(result) = 0
YES is an exact root

Test if INT(Result)^2 = number in input
YES is an exact root

-------------------------------------------Cons input mode: 1B7
>>1     50
a       = 2

SQRT(a) = 1.4142135623730951
Text if the result = INT(result)
NO it is not an exact root

Text if the FRAC(result) has a fractional component
NO it is not an exact root

Text if result = TRUNC(result)
NO it is not an exact root

Test if Result - INT(result) = 0
NO it is not an exact root

Test if INT(Result)^2 = number in input
NO it is not an exact root

-------------------------------------------Cons input mode: 1B7
>>1     51
a       = 3

SQRT(a) = 1.7320508075688772
Text if the result = INT(result)
NO it is not an exact root

Text if the FRAC(result) has a fractional component
NO it is not an exact root

Text if result = TRUNC(result)
NO it is not an exact root

Test if Result - INT(result) = 0
NO it is not an exact root

Test if INT(Result)^2 = number in input
YES is an exact root

-------------------------------------------Cons input mode: 1B7
>>1     52
a       = 4

SQRT(a) = 2
Text if the result = INT(result)
NO it is not an exact root

Text if the FRAC(result) has a fractional component
YES is an exact root

Text if result = TRUNC(result)
YES is an exact root

Test if Result - INT(result) = 0
YES is an exact root

Test if INT(Result)^2 = number in input
YES is an exact root

-------------------------------------------Cons input mode: 1B7
>>1     53
a       = 5

SQRT(a) = 2.2360679774997898
Text if the result = INT(result)
NO it is not an exact root

Text if the FRAC(result) has a fractional component
NO it is not an exact root

Text if result = TRUNC(result)
NO it is not an exact root

Test if Result - INT(result) = 0
NO it is not an exact root

Test if INT(Result)^2 = number in input
NO it is not an exact root

-------------------------------------------Cons input mode: 1B7
>>1     54
>>2     0
>>3     0
>>4     0
>>5     0
>>6     0
a       = 6

SQRT(a) = 2.4494897427831779
Text if the result = INT(result)
NO it is not an exact root

Text if the FRAC(result) has a fractional component
NO it is not an exact root

Text if result = TRUNC(result)
NO it is not an exact root

Test if Result - INT(result) = 0
NO it is not an exact root

Test if INT(Result)^2 = number in input
NO it is not an exact root

-------------------------------------------Cons input mode: 1B7
>>1     55
>>2     0
>>3     0
>>4     0
>>5     0
>>6     0
a       = 7

SQRT(a) = 2.6457513110645907
Text if the result = INT(result)
NO it is not an exact root

Text if the FRAC(result) has a fractional component
NO it is not an exact root

Text if result = TRUNC(result)
NO it is not an exact root

Test if Result - INT(result) = 0
NO it is not an exact root

Test if INT(Result)^2 = number in input
NO it is not an exact root

-------------------------------------------Cons input mode: 1B7
>>1     56
>>2     0
>>3     0
>>4     0
>>5     0
>>6     0
a       = 8

SQRT(a) = 2.8284271247461903
Text if the result = INT(result)
NO it is not an exact root

Text if the FRAC(result) has a fractional component
NO it is not an exact root

Text if result = TRUNC(result)
NO it is not an exact root

Test if Result - INT(result) = 0
NO it is not an exact root

Test if INT(Result)^2 = number in input
YES is an exact root

-------------------------------------------