you need to know the radius or the diameter of the clock remember the circle must be within reach of the hour hand next you workout the formula pie*d or 2pie*r * 24
pi r2 = 3 x 2 pi r Divide each side by pi r, giving r = 3 x 2 so radius is 6 inches and diameter 12 in.
A clock usually has one face, known as the clock's dial.
please answer me
150
There is no angle "between" one hand of a clock.
Clock is to time as ruler is to distance.
If the edge of the first closk is to be at one end of the wall and the edge of the last clock is to be at the other, then you need 12 gaps between the clocks. The wall is 156 inches long... Side-by-side the clocks cover 130 inches... These 12 gaps will need to cover a distance of 26 inches, so the answer is 26.12 inches or 2 1/6 inches.
Every day the hour had travels once round the clock in the morning and one round the clock in the afternoon, so it travels twice round the clock in 1 day. There are 7 days in a week, thus the hour hand travels 7 x 2 = 14 times round the clock in a week.
clock is related to time like ruler is related to _______.Possible correct answers:inchescentimetersmillimeters etc.Close, but ruler is to inches like clock is to minutes.Try instead:Clock is to time as ruler is to distance.Neither one is an analogy, btw.
counter clock wise.
truck
There was on in the clock on a friend's mantelpiece.
in 225 minutes the minute hand cycles the clock 3.75 times. each time round the tip travels 2 pi x 6.4 which is 40.2 in to 3 significant figures. Therefore the total distance = 151 in (12 ft 7 in) to 3 significant figures or 48 pi if you want an exact answer
Diameter=11inches
The long hand makes one complete revolution around the clock in one hour. It travels 360 degrees in rotation, or 2 pi radians. The tip of the long hand travels 2 pi inches per inch of length of the hand. The center of the long hand ( pivot point) does not move at all, but travels 2 pi radians in rotation.
The answer depends on how long the hand are!
Venus travels in a counterclockwise direction around the Sun, similar to most other planets in our solar system.