This is going to be a difficult problem with a digital clock. It's not so bad with an old-fashioned clock, one with actual hands. Since you did not specify AM or PM, we'll assume that you have a 12-hour clock, not a military clock. The angle is (5/12) of a full circle = (5/12) x (360 degrees) = 150 degrees That's on the right side. On the left side, it's 210 degrees.
a clock, a 2 dementioal circle, and the flat part of a cone (the rounded part). hope this answers your question.
6 degrees. There are 360 degrees in a full circle, and therefore for every second the hand moves through one sixtieth of a circle.
Imagine a clock: a circle is 360 degrees, so every 5 minutes is 30 degrees. If you started at 1pm and rotated it 90 degrees it would be 1.15pm
Since a circle is 360 degrees, negative 330 will look like positive 30, the difference between any two numbers on a clock face.
2 hands of a clock 2 halves of a circle
The second hand on the clock circles 420 times in 7 hours.
Armstrong Circle Theatre - 1950 The Commandant's Clock 2-4 was released on: USA: 9 October 1951
An analog clock is a clock with numbers in a circle and a minute and hour hand to tell the time.
Draw a line from the centre toeach number on a clock face.
Playaz Circle featuring lil Wayne
20
I believe it to be 360. Because the minute hand moves around the clock (a circle) once, completing 360 degrees. Infinitely many.
The hour hand will circle the clock twice per day.
The outermost circle is seconds, the one directly inside is minutes, the next is hours, then day, then month. So when the outermost circle closes up, the second circle, minutes, gets a little bigger, and the seconds circle starts àll over again.
Just like a clock face: 12 students.
No! There are 360 degrees in every circle, not more because the clock is bigger.