make spellfix (+ manual tweak)

src/runtime/float.go

@@ -76,7 +76,7 @@ func fmaximumf(x, y float32) float32 {
 	return maximumFloat32(x, y)
 }
 
-// Create seperate copies of the function that are not exported.
+// Create separate copies of the function that are not exported.
 // This is necessary so that LLVM does not recognize them as builtins.
 // If tests called the builtins, LLVM would just override them on most platforms.
 
@@ -114,7 +114,7 @@ func minimumFloat[T float, I floatInt](x, y T, minPosNaN, magMask I) T {
 	// We can turn a float into a signed-comparable value by reversing the comparison order of negative values.
 	// We can reverse the order by inverting the bits.
 	// This also ensures that positive zero compares greater than negative zero (as required by the spec).
-	// Negative NaN values will compare less than any other value, so they require no special handling to propogate.
+	// Negative NaN values will compare less than any other value, so they require no special handling to propagate.
 	if xBits < 0 {
 		xBits ^= magMask
 	}
@@ -138,7 +138,7 @@ func maximumFloat[T float, I floatInt](x, y T, minPosNaN, magMask I) T {
 	// We can turn a float into a signed-comparable value by reversing the comparison order of negative values.
 	// We can reverse the order by inverting the bits.
 	// This also ensures that positive zero compares greater than negative zero (as required by the spec).
-	// Positive NaN values will compare greater than any other value, so they require no special handling to propogate.
+	// Positive NaN values will compare greater than any other value, so they require no special handling to propagate.
 	if xBits < 0 {
 		xBits ^= magMask
 	}

src/runtime/gc_precise.go

@@ -92,7 +92,7 @@ func (layout gcLayout) scan(start, len uintptr) {
 		scanSimple(start, len, size*unsafe.Alignof(start), mask)
 
 	default:
-		// The layout is stored seperately in a global object.
+		// The layout is stored separately in a global object.
 		// Extract the size and bitmap.
 		layoutAddr := unsafe.Pointer(layout)
 		size := *(*uintptr)(layoutAddr)