function calculateLC() {
const f = parseFloat(document.getElementById(“frequency”).value);
const L = parseFloat(document.getElementById(“inductance”).value);
const C = parseFloat(document.getElementById(“capacitance”).value);

const fUnit = parseFloat(document.getElementById(“fUnit”).value);
const lUnit = parseFloat(document.getElementById(“lUnit”).value);
const cUnit = parseFloat(document.getElementById(“cUnit”).value);

let result = “”;
const pi = Math.PI;

if (!isNaN(L) && !isNaN(C)) {
// Calculate Frequency
const freq = 1 / (2 * pi * Math.sqrt((L * lUnit) * (C * cUnit)));
result = `Frequency = ${freq.toFixed(3)} Hz`;
} else if (!isNaN(f) && !isNaN(C)) {
// Calculate Inductance
const induct = 1 / ((2 * pi * f * fUnit) ** 2 * (C * cUnit));
result = `Inductance = ${(induct / lUnit).toFixed(3)} H`;
} else if (!isNaN(f) && !isNaN(L)) {
// Calculate Capacitance
const capac = 1 / ((2 * pi * f * fUnit) ** 2 * (L * lUnit));
result = `Capacitance = ${(capac / cUnit).toFixed(3)} F`;
} else {
result = “Please fill any two fields.”;
}

document.getElementById(“lcResult”).innerText = result;
}

function resetLC() {
document.getElementById(“frequency”).value = “”;
document.getElementById(“inductance”).value = “”;
document.getElementById(“capacitance”).value = “”;
document.getElementById(“lcResult”).innerText = “”;
}

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