Using the standard algorithm, we can calculate the sum of two numbers containing any number of digits.
Let's use the standard algorithm to compute the following sum:
The procedure is the same as the one we've seen before. We start by lining up our numbers:
Next, we proceed by adding the numbers in each place value (from right to left):
Therefore,
What is
First, we line up our numbers:
Next, we proceed by adding the numbers in each place value (from right to left):
Therefore,
$23,846+4,123 =$
a
|
$29,697$ |
b
|
$27,996$ |
c
|
$26,979$ |
d
|
$27,969$ |
e
|
$29,796$ |
$1,241+4,217 =$
a
|
$5,458$ |
b
|
$5,447$ |
c
|
$5,448$ |
d
|
$5,455$ |
e
|
$5,558$ |
Compute the value of
First, we line up our numbers:
Next, we proceed by adding the numbers in each place value (from right to left):
Therefore,
$20,129+9,028=$
a
|
$28,167$ |
b
|
$29,257$ |
c
|
$29,267$ |
d
|
$28,157$ |
e
|
$29,157$ |
$42,732+6,598=$
a
|
$48,030$ |
b
|
$48,230$ |
c
|
$49,330$ |
d
|
$49,331$ |
e
|
$48,329$ |
Mike wrote two essays. There are words in the first essay and words in the second essay. How many words did Mike write altogether?
To find how many words Mike wrote altogether, we need to calculate the value of
First, we line up our numbers:
Next, we proceed by adding the numbers in each place value (from right to left):
So,
Therefore, Mike wrote words in total.
A household used $14,340$ liters of water during September and $9,875$ liters in October. How many liters of water did the household use during these two months?
a
|
$14,215$ liters |
b
|
$24,115$ liters |
c
|
$23,215$ liters |
d
|
$24,215$ liters |
e
|
$23,115$ liters |
A supermarket sold $91,157$ red apples and $72,865$ green apples in July. How many apples did the supermarket sell in total?
a
|
$163,022$ |
b
|
$164,022$ |
c
|
$164,912$ |
d
|
$164,812$ |
e
|
$94,022$ |