(random() < 0.75 ? randRange(0, 5) : randRange(6, 10)) * randRangeNonZero(-1, 1)
{0: 5, 1: 5, 2: 5, 3: 4, 4: 3, 5: 3, 6: 2, 7: 2, 8: 2, 9: 2, 10: 2}[abs(BASE)]
randRange(2, EXP_RANGE)
expandExponent(BASE, EXPONENT)
"\\dfrac{1}{" + (-BASE) + "^" + EXPONENT + "}"
BASE ? BASE + " \\cdot " + EXPONENT : 1
BASE < -1 ? FAKE_FRACTION : BASE + "+" + EXPONENT
BASE ? _(EXPONENT).times(function() { return BASE; }).join("+") : EXPONENT
_(abs(BASE)).times(function() { return EXPONENT; }).join(" \\cdot ")
\Large{(BASE)^{EXPONENT} = {?}}
\Large{BASE^{EXPONENT} = {?}}
EXPANSION[0]
FAKE_SOLUTION1
FAKE_SOLUTION2
FAKE_SOLUTION3
-
FAKE_SOLUTION4
The base in this expression is BASE
.
The exponent in this expression is EXPONENT
.
This expression means BASE
multiplied by itself EXPONENT
times.
negParens(BASE)^{EXPONENT} = EXPANSION[0]
negParens(BASE) + "^{" + EXPONENT + "}"
pow(EXPONENT, BASE) === pow(BASE, EXPONENT) ? BASE * EXPONENT : EXPONENT + "^{" + BASE + "}"
BASE < -1 ? FAKE_FRACTION : EXPONENT + "^{" + EXPONENT + "}"
abs(BASE) !== 1 ? negParens(BASE) + "^{" + BASE + "}" : BASE + " + " + BASE
"-(" + (-BASE) + ")^{" + EXPONENT + "}"
\Large{EXPANSION[0] = {?}}
SOLUTION
FAKE_SOLUTION1
FAKE_SOLUTION2
FAKE_SOLUTION3
EXPANSION[0]
is BASE
multiplied by itself EXPONENT
times.
The base is BASE
.
The exponent is EXPONENT
.
EXPANSION[0]
is BASE
to the power of EXPONENT
.
EXPANSION[0] = negParens(BASE)^{EXPONENT}
round(pow(BASE, EXPONENT))
\Large{negParens(BASE)^{EXPONENT} = {?}}
SOLUTION