Let's compute the following sum:
We proceed, as usual, using the standard algorithm.
First, we line up our numbers:
Then, we add the numbers in each place value (from right to left):
Therefore,
Calculate the sum
First, we line up our numbers:
Next, we proceed by adding the numbers in each place value (from right to left):
Therefore,
$841,231 + 2,643=$
a
|
$1,043,874$ |
b
|
$953,874$ |
c
|
$843,874$ |
d
|
$923,874$ |
e
|
$1,943,874$ |
$5,034 + 602,915=$
a
|
$652,949$ |
b
|
$607,949$ |
c
|
$657,949$ |
d
|
$1,107,949$ |
e
|
$602,949$ |
What is
First, we line up our numbers:
Next, we proceed by adding the numbers in each place value (from right to left):
Therefore,
$5,326,148 + 2,148,938 =$
a
|
$7,274,086$ |
b
|
$7,475,086$ |
c
|
$7,535,086$ |
d
|
$7,325,086$ |
e
|
$7,415,086$ |
In , a certain country had an elderly population of and a non-elderly population of What was the total population of the country?
To find the total population of the country, 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, the total population of the country was
The child population of a particular city is $1,352,997.$ The adult population of the city is $1,627,002.$ What is the total population of the city?
a
|
$2,979,999$ |
b
|
$3,978,899$ |
c
|
$3,079,999$ |
d
|
$2,869,899$ |
e
|
$2,968,999$ |
According to a center for disease control in the United States, the number of hospitalizations due to the flu was $379,950$ in $2019$ and $389,870$ in $2020.$ How many hospitalizations due to the flu were there during both years combined?
a
|
$769,820$ |
b
|
$770,920$ |
c
|
$659,820$ |
d
|
$669,920$ |
e
|
$750,820$ |