**Contents**show

## Is the minute hand of a clock the radius?

Correct answer:

The minute hand represents our radius therefore .

## What is the minute hand on a clock?

The large hand on a clock that points to the minutes. It goes once around the clock every 60 minutes (one hour). Example: in the clock on the left, the minute hand is just past the “4”, and if you count the little marks from “12” it shows that it is 22 minutes past the hour.

## How do you calculate the minute hand of a clock?

First note that a clock is a circle made of 360 degrees, and that each number represents an angle and the separation between them is 360/12 = 30. And at 2:00, the minute hand is on the 12 and the hour hand is on the 2. The correct answer is 2 * 30 = 60 degrees.

## What is the radius of a clock?

A clock is shaped like a circle with a radius of 12 inches.

## What are the hands on a clock called?

hour hand. the thing that points to the hour on a clock or watch. The thing that points to the minute is called the minute hand, and the thing that points to the seconds is called the second hand.

## Is the short hand the minute hand?

The short hand is the hour hand. It points to the current hour. The long hand is the minute hand. It tells us how many minutes have gone by after 10.

## Is the long hand the minute hand?

The small hand on a clock that shows the hours. … (The large hand is the “minute hand” and it shows that it is 22 past the hour, so it is 22 past 8).

## What is the angle between minute hand and hour hand?

Answer: The angle between the hour hand and minute hand at 4’o clock in an analog clock is 120 degrees.

## What is the angle covered by the minute hand in 27 minutes?

Step-by-step explanation:

For the minute hand, this is 27 minutes from the on-the-hour angle of zero degrees, so the angle is (27 minutes)*((360 degrees)/(60 minutes)) = 162 degrees.

## What is the angle covered by the minute hand in 22 minutes?

Explanation: In 6 hours 22 minutes, the minute hand moves by an angle equal to = 132 degrees from its position at 12:00. The angle between the two hands of the clock at 6:22 is 191 – 132 = 59 degrees.

## How do you find the radius?

Let us use these formulas to find the radius of a circle.

- When the diameter is known, the formula for the radius of a circle is: Radius = Diameter / 2.
- When the circumference is known, the formula for the radius is: Radius = Circumference / 2π

## How do you find the distance between hands on a clock?

To find the distance between adjacent numbers, divide the circumference by : , where is the distance in inches between adjacent hours on the clock face. Finally, multiply this distance by the number of hours between the hands. displaystyle d = d(m)cdot d(h) = 3frac{1}{4}cdotfrac{3pi}{2} = frac{39pi}{8}.

## How do you find the distance?

To solve for distance use the formula for distance d = st, or distance equals speed times time. Rate and speed are similar since they both represent some distance per unit time like miles per hour or kilometers per hour. If rate r is the same as speed s, r = s = d/t.