What is the distance traveled by the tip of the minute hand?

The minute hand of a clock is exactly six inches in length, and the tip of the minute hand has traveled exactly ten inches since noon.

What is the speed of the tip of minute hand of a clock the length of hand is 10 cm?

The speed of the tip of the hand is ……… . v=rω=r(2πT)=10×2π60=π3cm/s.

What is the arc length of a clock?

C=2*pi*r, or for us, the C=2*pi*8 = 16 pi = total length around the face of the clock. Multiply both sides by 16 pi and you will find “x”, the arc length you are looking for.

What is the speed of the tip of seconds hand of a clock if its length is 10 cm?

What is the distance moved by tip of minute hand in 22 minutes?

Here, r is nothing but radius i.e, length of minute hand , where, clock is considered as a circle. So, distance moved by tip of minute hand in 22 minutes = (2 x pie x r)/60 x 22 = (2 x (22/7) x 7)/60 x 22 = 16.133 inches The minute hand of a clock is 14 cm long.

How far does the tip of a clock hand travel?

The hand travels in a circle. The radius of the circle is the length of the hand = 6 cm. The diameter is thus 6 x 2 = 12 cm. The circumference of the circle is determined by the formula Pi x diameter. thus: 22/7 x 12 = 37.714….cm. That is the distance the tip travels. The minute hand of a clock is 4.5 inches long.

What is the speed of the tip of 10cm long second hand?

Here distance will be the circumference of the circle that second-hand makes in one complete revolution. Therefore, Distance = 2 * pi * r (circumference) Therefore, Speed of the tip of 10 cm long second hand of a clock is 1.0466 cm/second . I hope this helps. The minute hand of a circular clock is 21cm long.

What is the angle between the two hands of a clock?

By dividing the clock into pieces, we can determine that the angle between the two hands is . Within a clock, just like any circle, there are 360 total degrees. Within an clock, there are 60 total minutes. Each minute that passes, the minute hand advances 6 degrees.