def decimal_divide():
ans = gen_rand_decimal(3, 2)
n1 = randint(2, 12)
n2 = n1 * ans
q = question(None, f'{n2} ÷ {n1} =', f'{ans}', 'decimal', level,
'Express your answer in Decimal')
return q
def faction_add():
n1 = Fraction(randint(1, 9), randint(9, 15))
n2 = Fraction(randint(2, 9), randint(9, 16))
ans = n1 + n2
q = question(None, f'{n1} + {n2} =', f'{ans}', 'fraction', level,
'Express your answer in Simplified Fraction')
return q
def integer_divide():
ans = gen_rand_int(randint(1, 3))
n1 = randint(2, 12)
n2 = n1 * ans
q = question(None, f'{n2} ÷ {n1} =', f'{ans}', 'int', level,
'Express your answer in number')
return q
def decimal_multiply():
n1 = gen_rand_decimal(1, 2)
n2 = gen_rand_decimal(1, 1)
ans = n1 * n2
q = question(None, f'{n1} * {n2} =', f'{ans}', 'decimal', level,
'Express your answer in Decimal')
return q
def decimal_add():
n1 = gen_rand_decimal(2, 2)
n2 = gen_rand_decimal(3, 1)
ans = n1 + n2
q = question(None, f'{n1} + {n2} =', f'{ans}', 'decimal', level,
'Express your answer in Decimal')
return q
def integer_multiply():
n1 = gen_rand_int(randint(1, 3))
n2 = gen_rand_int(randint(1, 2))
ans = n1 * n2
q = question(None, f'{n1} * {n2} =', f'{ans}', 'int', level,
'Express your answer in number')
return q
def integer_add():
n1 = gen_rand_int(randint(1, 5))
n2 = gen_rand_int(randint(1, 4))
ans = n1 + n2
q = question(None, f'{n1} + {n2} =', f'{ans}', 'int', level,
'Express your answer in number')
return q
def faction_add_minus():
n1 = Fraction(randint(2, 6), randint(6, 12))
n2 = Fraction(randint(3, 9), randint(9, 15))
n3 = Fraction(randint(1, 4), randint(10, 15))
ans = n1 + n2 - n3
q = question(None, f'{n1} + {n2} - {n3} =', f'{ans}', 'fraction', level,
'Express your answer in Simplified Fraction')
return q
def faction_minus():
n1 = Fraction(randint(1, 9), randint(9, 12))
n2 = Fraction(randint(2, 9), randint(9, 16))
if n1 < n2:
tmp = n1
n1 = n2
n2 = tmp
ans = n1 - n2
q = question(None, f'{n1} - {n2} =', f'{ans}', 'fraction', level,
'Express your answer in Simplified Fraction')
return q
def decimal_minus():
n1 = gen_rand_decimal(3, 2)
n2 = gen_rand_decimal(3, 1)
if n1 < n2:
tmp = n1
n1 = n2
n2 = tmp
ans = n1 - n2
q = question(None, f'{n1} - {n2} =', f'{ans}', 'decimal', level,
'Express your answer in Decimal')
return q
def integer_minus():
n1 = gen_rand_int(randint(1, 5))
n2 = gen_rand_int(randint(1, 5))
if n1 < n2:
tmp = n1
n1 = n2
n2 = tmp
ans = n1 - n2
q = question(None, f'{n1} - {n2} =', f'{ans}', 'int', level,
'Express your answer in number')
return q
def gen_rand_fraction_equation(p):
(eq,ans) = recur_gen_rand_fraction_equation(p)
print(f'eq={eq}')
#ans = eval(eq)
q = question(None, f'{eq}=', f'{ans}', 'fraction', 5, 'Express your answer in Simplified Fraction')
return q
def gen_rand_equation(p):
eq = recur_gen_rand_equation(p)
ans = round(eval(eq),8)
ans_in_decimal = Decimal(f'{ans}')
q = question(None, f'{eq}=', f'{ans_in_decimal}', 'decimal', 5, 'Express your answer in Decimal')
return q