Question
Erik went to the soccer game, he noticed that there were 23 rows of bleacher seats. He counted one row of bleachers and saw that there were 36 seats in each row. The total seats are there is?
- 923
- 828
- 820
- 882
Hint:
Erik went to the soccer game he noticed, there were 23 rows and each row having 36 seats . To find total seats it were easy multiplication . Use partial product concept to solve the question.
The correct answer is: 828
Here, we have to find the total number of seat .
Firstly, we have 23 rows, each row having 36 seats.
Then ,
1 row = 36 seats
1 x 23 row = 36 x 23 seats
Now we know the total seat in 23 rows were 36 x 23 seats , to find the product we use partial product concept.
First, we write the first number 36 which written as 30 and 6. [ 30 because 3 it is at tens place , 6 is at ones place]
And so , the other number 23 which written down as 20 and 3 . [ 20 because 2 it at tens place , 3 at ones place]
So there are two term each having two number tens and ones.
Firstly multiply first number tens digit with second number both tens digit and one digit.
And, multiply second number of tens digit and ones digit with first number ‘s one digit partially.
Now, we multiply first ,
30 x 20 = 600 [multiply tens digit of multiplier with tens digit of multiplicand]
30 x 3= 90 [multiply tens digit of multiplier with ones digit of multiplicand]
20 x 6 = 120 [multiply tens digit of multiplier with ones digit of multiplicand]
6 x 3 = 36 [ multiply ones digit of multiplier with one digit of multiplicand]
Now add all the partial product of find the solution.
36 x 26 = 600 + 90 + 120 + 18
34 x 64 = 828
Therefore the total seats are 828.
The correct answer is 828 (option (b)) .
Or,
Rows = 23
Each row = 32 seats
Total seats = 23 x 32
= 828
Here the 23 row having 36 seats to find total seat you just multiply both of them. For multiplication you can use any method , and one of them are partial product , which break your product and makes it easy to solve. Apply same type of concept in similar questions.
Related Questions to study
83 x 74=______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a into b time or vice verse. If this multiplication comes under certain table then you can write direct answer.
83 x 74=______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a into b time or vice verse. If this multiplication comes under certain table then you can write direct answer.
Use partial products to find the product of 35 x 45.
The partial product method involves multiplying each digit of a number in turn with each digit of another where each digit maintains its place. We break the number into parts to multiply. We then multiply the parts separately and then add them together. Apply the same concept in similar questions.
Use partial products to find the product of 35 x 45.
The partial product method involves multiplying each digit of a number in turn with each digit of another where each digit maintains its place. We break the number into parts to multiply. We then multiply the parts separately and then add them together. Apply the same concept in similar questions.
512 × 8 =_________.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
512 × 8 =_________.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
891 × 5 =________.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
891 × 5 =________.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
754 × 2 =_______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
754 × 2 =_______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
780 × 9 = _______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
780 × 9 = _______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
34 × 6 =_______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a into b time or vice verse. If this multiplication comes under certain table then you can write direct answer.
34 × 6 =_______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a into b time or vice verse. If this multiplication comes under certain table then you can write direct answer.
15 × 5 =______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
15 × 5 =______.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a times b or vice verse. If this multiplication comes under certain table then you can write direct answer.
100 × 4 =________.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a into b time or vice verse. If this multiplication comes under certain table then you can write direct answer.
100 × 4 =________.
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a into b time or vice verse. If this multiplication comes under certain table then you can write direct answer.
Just Sip Awhile Cafe ordered 4 boxes of sugar packets. Each box contained 653 packets of sugar. Find the sugar packets in total did Just Sip Awhile Cafe order?
There were 4 boxes and each having 653 sugar packets. To find the correct answer you can add all the box’s sugar packets to each other . Also remind that thing , always find for single thing or for one thing and then multiply with asked thing , it will help you to find answer. Apply this methods in similar questions.
Just Sip Awhile Cafe ordered 4 boxes of sugar packets. Each box contained 653 packets of sugar. Find the sugar packets in total did Just Sip Awhile Cafe order?
There were 4 boxes and each having 653 sugar packets. To find the correct answer you can add all the box’s sugar packets to each other . Also remind that thing , always find for single thing or for one thing and then multiply with asked thing , it will help you to find answer. Apply this methods in similar questions.
A construction company purchased 7 tons of marble. The price was $496 per ton. The total price of the marble is?
Here each ton of marble price were given which is $496. To find the solution 1 ton of marble price is given just multiply by asking tons. Also remind that thing , always find for single thing or for one thing and then multiply with asked thing , it will help you to find answer. Apply this methods in similar questions.
A construction company purchased 7 tons of marble. The price was $496 per ton. The total price of the marble is?
Here each ton of marble price were given which is $496. To find the solution 1 ton of marble price is given just multiply by asking tons. Also remind that thing , always find for single thing or for one thing and then multiply with asked thing , it will help you to find answer. Apply this methods in similar questions.
Jake organized a walk for charity that was 2 miles long. Of those who started, 963 people completed the walk. Find the total miles were walked in all by those who completed the walk.
Always find the distance that cover by 1 people . If it were given then its easy to find asked distance by direct multiplication. Apply the same concept in similar questions.
Jake organized a walk for charity that was 2 miles long. Of those who started, 963 people completed the walk. Find the total miles were walked in all by those who completed the walk.
Always find the distance that cover by 1 people . If it were given then its easy to find asked distance by direct multiplication. Apply the same concept in similar questions.
346 × 2 =
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a into b time or vice verse. If this multiplication comes under certain table then you can write direct answer.
346 × 2 =
We can apply same procedure in any kind of multiplication. If a x b is given then it says the addition a into b time or vice verse. If this multiplication comes under certain table then you can write direct answer.
A clothing company ordered sweatshirts in 6 different colors. They ordered 444 of each color. The total many sweatshirts did the clothing company order in all is?
There were 6 color and each having 444 sweatshirts. To find the correct answer you can add all the color’s sweatshirt to each other . Also remind that thing, always find for single thing or for one thing and then multiply with asked thing will give the answer. Apply this methods in similar questions.
A clothing company ordered sweatshirts in 6 different colors. They ordered 444 of each color. The total many sweatshirts did the clothing company order in all is?
There were 6 color and each having 444 sweatshirts. To find the correct answer you can add all the color’s sweatshirt to each other . Also remind that thing, always find for single thing or for one thing and then multiply with asked thing will give the answer. Apply this methods in similar questions.
Sarah's baseball card collection fills 5 binders. There are 940 baseball cards in each binder. The total baseball cards in Sarah's collection is?
In this question, to find the total card in binders , we are given the each cards in a binders to find total cards just multiply the total number binders.
Sarah's baseball card collection fills 5 binders. There are 940 baseball cards in each binder. The total baseball cards in Sarah's collection is?
In this question, to find the total card in binders , we are given the each cards in a binders to find total cards just multiply the total number binders.
