Chapter 3: Q.15 (page 164)

Calculate the greatest number of beads that can be put in each jar such that A jar contains $420$ beads. Dividing the beads equally into $8$ smaller jars for the friends to make necklaces.

Short Answer

Expert verified

The greatest number of beads to be put in jar be $52$ .

Step by step solution

Step 1. Apply the concept of Linear equation & Division

In this type of question, use the concept of making the linear equation & mathematical operation that is division.

Step 2. Finding the equation

Since,

Total number of beads in a jar = $420 b e a d s$ .

Number of jars = $8$

Let the total number of beads be x.

The equation for the above situation: $8 x = 420$ .

Step 3. Finding the value of x.

Now, the equation is $8 x = 420$ .

Simply divide $8$ to both side of the equation

$\begin{array}{l} 8 x = 420 \\ \frac{8 x}{8} = \frac{420}{8} \\ x = 52.5 \end{array}$

The number of beads in jar be $52$ .

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Calculate the greatest number of beads that can be put in each jar such that A jar contains $420$ beads. Dividing the beads equally into $8$ smaller jars for the friends to make necklaces.

Short Answer

Step by step solution

Step 1. Apply the concept of Linear equation & Division

Step 2. Finding the equation

Step 3. Finding the value of x.

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Calculate the greatest number of beads that can be put in each jar such that A jar contains 420 beads. Dividing the beads equally into 8smaller jars for the friends to make necklaces.

Short Answer

Step by step solution

Step 1. Apply the concept of Linear equation & Division

Step 2. Finding the equation

Step 3. Finding the value of x.

One App. One Place for Learning.

Most popular questions from this chapter

Recommended explanations on Math Textbooks

Pure Maths

Statistics

Calculus

Discrete Mathematics

Mechanics Maths

Applied Mathematics

Study anywhere. Anytime. Across all devices.

Calculate the greatest number of beads that can be put in each jar such that A jar contains $420$ beads. Dividing the beads equally into $8$ smaller jars for the friends to make necklaces.