Use a simple even-probability choice when you want a neutral yes-or-no decision. Each result is independent of the previous choices.
Make a balanced binary choice with a visual yes-or-no spin. The two outcomes receive equal probability, making it suitable for playful prompts and decisions where neither option deserves extra weight.
The selection runs in the browser and the entered list is not sent to Fieldlet. Agree on eligibility and reroll rules before using randomness with a group.
Press the button to make a new 50/50 choice.
Fieldlet randomly selects Yes or No.
Recent choices stay visible during the current browser session so you can see the sequence.
Last reviewed for accuracy:
Worked examples
Break a harmless tie
Scenario: Two friends cannot decide whether to start a movie now. They agree that Yes means start and No means wait.
Result: One of the two outcomes is selected with an equal chance.
The tool chooses between two indexes using browser randomness, then animates the wheel to the chosen side.
How the result is produced
A binary fair choice assigns one half of the possible outcomes to Yes and the other half to No. The visual stopping angle is presentation; the selection logic remains a two-option random draw.
Yes and No each have a 50% probability per independent spin
Past spins do not change the next spin's probability
Define what each answer means before spinning
Define the decision before the spin
A balanced wheel is useful only when Yes and No are both acceptable outcomes and everyone agrees on what each one means. Reframing the question after seeing the result makes the random choice less transparent.
State the exact question first.
Use one spin unless a reroll rule is agreed in advance.
Keep safety, consent, money, and legal decisions outside a playful randomizer.
Limitations and common mistakes
A random answer should not replace informed consent, safety judgment, or professional advice.
Short streaks of the same result are normal and do not imply a broken wheel.
Common questions
Does a previous answer affect the next one?
No. Each choice is generated independently.
Should results alternate over time?
No. Independent fair spins can produce streaks. Equal probability describes many trials, not a required pattern in a short sequence.