Clock Angle Calculator

This clock angle calculator gives the angle between the hour hand and the minute hand for any time. At 6:50 the hands are 95° apart. It shows the position of each hand, the formula |30h − 5.5m| step by step and both the smaller and the larger angle.

Example: Hour 6 · Minutes 50 → Angle: At 6:50 the hands form 95°. Source: Nämnaren nr 1/2025 (NCM, University of Gothenburg), A. Ludvigsen: „Från förundran och utforskande till generalisering“, pp. 52–54 – 360° ÷ 12 = 30° per hour, 0.5° per minute (hour hand), 6° per minute (minute hand), angle = |30·h − 5.5·m|, example 6:50 → 95° (read 10.10.2026). Updated: .

0–23; times after 12 are taken as on a 12-hour dial (15 = 3).
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Result

Angle
At 6:50 the hands form 95°
Working
StepValue
Hour hand from 12 (30° per hour + 0.5° per minute)30 · 6 + 0.5 · 50 = 205°
Minute hand from 12 (6° per minute)6 · 50 = 300°
Formula |30h − 5.5m||30 · 6 − 5.5 · 50| = 95°
Smaller angle95°
Larger angle (360° minus the smaller)265°
Calculated with |30h − 5.5m|; the two angles between the hands always add up to 360°.

How it is calculated

The angle between the hands is |30h − 5.5m| degrees, with h the hour (on a 12-hour dial) and m the minutes. The derivation in the Swedish maths-teaching journal Nämnaren (NCM, University of Gothenburg) is short: the dial is divided into 12 hours, so the hour hand moves 360° ÷ 12 = 30° per hour and 30° ÷ 60 = 0.5° per minute. The minute hand moves 360° ÷ 60 = 6° per minute. The difference of the two positions is 30h + 0.5m − 6m = 30h − 5.5m; the absolute value makes it positive.

Clock angles for common times

Time|30h − 5.5m|Smaller angle
3:0090°90°
3:157.5°7.5°
2:30105°105°
4:2010°10°
5:00150°150°
5:1095°95°
6:5095°95°
9:00270°90°
10:30135°135°
2:50215°145°

Nämnaren works through 6:50: 30 · 6 − 5.5 · 50 = 180 − 275 = −95, so the angle is 95°. At 3:15 the minute hand points at the 3, but the hour hand has already moved a quarter of the way to the 4 – that is why the angle is 7.5° and not 0°.

Smaller and larger angle

Two hands always form two angles that together make a full turn of 360°. If the formula gives more than 180°, the smaller angle is 360° minus that value: at 2:50 the formula gives |60 − 275| = 215°, the smaller angle is 145°. The calculator shows both.

Reading an analogue clock is practised with learn to tell time; the area between the hands as a slice of the dial follows from the circle sector calculator.

Frequently asked questions

What is the formula for the angle between clock hands?

Angle = |30h − 5.5m|, h = hour on a 12-hour dial, m = minutes. If the result is more than 180°, subtract it from 360° to get the smaller angle.

What is the angle at 6:50?

30 · 6 − 5.5 · 50 = −95, so 95°. The larger angle on the other side is 265°.

Why is the angle at 3:15 not 0°?

Because the hour hand moves 0.5° every minute. After 15 minutes it has moved 7.5° past the 3, while the minute hand points exactly at the 3.

Where does the 5.5 come from?

The minute hand moves 6° per minute and the hour hand 0.5° per minute. The difference, 6 − 0.5 = 5.5° per minute, is how fast the gap between the hands changes.

How do I enter a time like 14:40?

Enter 14 and 40; the calculator uses 14 − 12 = 2 for the hour. |30 · 2 − 5.5 · 40| = |60 − 220| = 160°.

Sources and legal basis

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