When we divide a clock into 4 parts each part is A?

Each equal part is called one-fourth or a quarter of the whole sheet.

How many equal parts is the face of the clock divided into?

The face of a clock is divided into 12 equal parts. The radius of the clock face is 10 inches. Assume the hands of the clock will form a central angle.

How many numbers are there on the face of a clock?

Most modern clocks have the numbers 1 through 12 printed at equally spaced intervals around the periphery of the face with the 12 at the top, indicating the hour, and on many models, sixty dots or lines evenly spaced in a ring around the outside of the dial, indicating minutes and seconds.

Why the sum of the clock is 13?

Harry from the Beacon School solved this using an algebraic method. The sum of all the numbers is 78. If we call x the total on the small side, then 5x+x=78, so 6x=78 and x=13. So the sum on the small side is 13.

When we divide whole into some equal parts each part is called?

Answer: Fraction of a whole: When we divide a whole into equal parts, each part is a fraction of the whole. Fraction of a collection: Fractions also represent parts of a set or collection. For example, There are total of 5 children.

What are the parts of a clock?

Case: The body that houses the components of a clock. Minute Hand: The longer hand that indicates minutes. Hour Hand: The shorter hand that points to the hour. Barrel: The cylindrical metal box that powers the mechanical timepiece with a mainspring and a toothed round gear.

Can you divide a clock into three parts with the sum of the numbers in all parts the same?

There are multiple ways of arranging numbers 1-12 into 3 sets such that sum of each set is equal. On could be : 1-6-7-12, 2-5-8-11, 3-4-9-10. 2) If we have to divide them into 3 sets with equal sum then sum of each set would be 78/3 = 26.

Can you divide a clock into six parts with the sum of the numbers in all parts the same?

As shown, if the lines divide the clock face into six parts then the numbers in each part of the clock face will add up to the same number, 13. From previous designs, the numbers can be grouped into pairs that add up to 13.

How many small divisions does the clock face have?

We know that the face of the clock is marked with the numbers from 1 to 12, which divide the clock face into 12 equal parts. These 12 parts are further divided into 60 small divisions.

How many big divisions are on the clock?

There are 12 major divisions marked on the clock. Each big division marked on the clock has five small divisions and each small division stands for 1 minute.

What is it called when one whole is divided into 10 equal parts?

Answer: The correct answer is decimeter. Step-by-step explanation: Given that a meter stick is divided into 10 equal parts.

Can a clock face be divided into quadrants?

Yes; as shown in the illustration. The numbers in each section will sum up to 26. By drawing one line vertical and other horizontal on the face of clock in such a way that both lines pass through the centre , the face of clock will be divided into four equal parts (quadrants). These two lines will be known as lines of symmetry.

What is the sum of numbers in each section of clock?

The numbers in each section will sum up to 26. By drawing one line vertical and other horizontal on the face of clock in such a way that both lines pass through the centre , the face of clock will be divided into four equal parts (quadrants). These two lines will be known as lines of symmetry. All four quadrants will contain equal numbers.

What fractions can you model on a clock face?

Today, we are going to focus particular fractions. By the end of this lesson, you will be able to model halves, thirds, fourths, sixths and twelfths on a clock face.” Direct Instruction (10 min): Teacher begins by briefly discussing the students’ ideas about why an hour is divided into 60 minutes.

What are the lines of symmetry on a clock face?

By drawing one line vertical and other horizontal on the face of clock in such a way that both lines pass through the centre , the face of clock will be divided into four equal parts (quadrants). These two lines will be known as lines of symmetry. All four quadrants will contain equal numbers.