Giải pháp Sand Loop Màn 417

Step 1: Align the initial U-shaped pipe to face right.

Tap the first U-shaped pipe segment once to rotate it clockwise.

The pipe's opening is now facing horizontally to the right.

Step 2: Align the first straight pipe segment horizontally.

Tap the straight pipe segment twice to rotate it clockwise.

The pipe is positioned horizontally, connecting the previous U-shape.

Step 3: Align the second U-shaped pipe to face downwards.

Tap the second U-shaped pipe segment once to rotate it clockwise.

The pipe's opening is now facing downwards, connecting to the next segment.

Step 4: Align the L-shaped pipe to connect to the top-left loop.

Tap the L-shaped pipe segment twice to rotate it clockwise.

The L-shaped pipe connects the U-shape to the entry point of the top-left loop structure.

Step 5: Release the sand ball to start the flow.

Tap the green 'Play' button located at the bottom-right of the screen.

The sand ball begins to move from the start point, flowing into the constructed path.

Step 6: Observe the ball traversing the first loop.

No player action required; watch the ball move.

The ball successfully navigates the top-left loop and continues into the horizontal straight section.

Step 7: Observe the ball traversing the second (large) loop.

No player action required; watch the ball move.

The ball successfully navigates the large central loop and moves into the vertical straight section leading downwards.

Step 8: Observe the ball traversing the third (small) loop.

No player action required; watch the ball move.

The ball successfully navigates the bottom-right loop and exits towards the final goal.

Step 9: Guide the ball into the exit hole.

No player action required; watch the ball move.

The ball enters the final goal hole, and the 'Level Clear' notification appears.

Q: How do I rotate the pipe segments?

A: Tap on a pipe segment to rotate it clockwise by 90 degrees.

Q: When should I release the sand ball?

A: You should only release the sand ball after all pipe segments are correctly aligned to form a continuous, unbroken path from the start point to the exit hole.