Table of 168

Introduction

The information or data in multiplication table of 168 is organised in a row-and-column format by repeatedly multiplying and adding 168 by natural numbers. Using addition and multiplication, you may learn Table 168 here. The learner will benefit from quickly recalling the table and using it for data analysis and numerical calculations.

What Are Maths Tables?

Elementary arithmetic equations are essential in our daily lives. Using calculators for simple calculations may impair your understanding of scales and enormities. Aside from your preparation, speed and accuracy are critical in competitive tests. Even if calculators are permitted, students with superior mathematical skills will always have an advantage over students who rely on calculators for basic calculations.

Mathematical tables are necessary for grasping mathematics. Students are advised to have a firm grasp of maths tables; otherwise, understanding the other areas of mathematics would be difficult. Students will likely struggle with basic maths concepts such as decimals, percentages, fractions, ratios, and so on if they do not have elementary knowledge of maths tables. Once you've learned these multiplication tables, you'll remember them for the rest of your life.

History Of Tables: Why Were Timetables Created, And By Whom?

Ancient Babylonian multiplication tables are most likely the first to have been developed over 4,000 years ago. They performed their maths on clay tablets, some of which have endured until today. As their civilisation advanced, they needed to perform ever-more complex mathematical calculations to aid in building and commerce.

Merchants would carry tablets with these multiplication tables in their wallets to speed up calculations, just like engineers carry calculators. Trading was more successful for individuals who knew these tablets by heart than those who had to draw out the pills.

Solved Examples:

Example 1. Calculate 168 × 6 using the addition method.

Ans.

By multiplying 168 by six, or 168 + 168 + 168 + 168+ 168 + 168, we may find the value of 168× 6 as 1008

.

Example 2. Find the value of 168 × 8 using the addition method .

Ans.

To calculate the value of 168 × 8, we have to add 168 eight times, i.e., 168 + 168 + 168 + 168 + 168 + 168 + 168+ 168. Do this eight times, which is equal to 1344.

Verification: To verify the answer, multiply 168 × 8, and we get 1344.

Hence Verified.

Example 3. Find the value of 168 × 30 using the multiplication method.

Ans.

To find the value of 168 × 30, follow the given two steps:

1. First, we have to calculate 168 × three or add 168 thrice, i.e., 168 + 168 + 168 = 504.

2. In the second step, using the multiplication method, we get the final answer,504 × 10 = 5040

Example 4: A Museum has paintings arranged in Rooms. There are 168 rooms in total, and each room has 18 paintings. Calculate the total number of paintings in the Museum.

Ans:

Number of Rooms = 168

Number of paintings in each room = 18

The total number of paintings in the Museum =?

According to the table of 168, 168 × 18 = 3024

Therefore,the total number of paintings in the Museum = 18 × 168 = 3024

Example 5: A bookstore sells e-books for Rs. 168 each. If a customer wants to buy 13 e-books, how much will they need to pay?

Ans:

Cost of a Ebook = Rs. 168

Number of Ebooks = 13

Total amount to be paid for 13 E-books = Rs. 168 × 13 = Rs. 2184.

Multiplication Table Of 168

In the multiplication method, 168 is multiplied by natural numbers in series. Depending on the quantity it is multiplied by, 168 can be added to itself numerous times to create the multiplication table. For instance, 168 times three results in 504 or 168 + 168 + 168=504. We can create all 168 tables up to 20 in the same way.

\begin{array}{|l|l|l|l|l|}\hline 168 & \times & 1 & = & 168 \\\hline 168 & \times & 2 & = & 336 \\\hline 168 & \times & 3 & = & 504 \\\hline 168 & \times & 4 & = & 672 \\\hline 168 & \times & 5 & = & 840 \\\hline 168 & \times & 6 &=& 1008 \\\hline 168 & \times & 7 &=& 1176 \\\hline 168 & \times & 8 &=& 1344 \\\hline 168 & \times & 9 &=& 1512 \\\hline 168 & x & = &=& 1680 \\\hline\end{array}