Answer:
<u>999,000</u>
Step-by-step explanation:
<u>We need to find the number that is one thousand (1,000) </u><u>less than</u><u> one million (1,000,000).</u>
- less than clearly refers to subtraction
- So, we have to subtract 1,000 from 1,000,000
- 1,000,000 - 1,000
- <u>999,000</u>
Answer: I believe it would be 8
Answer:
The answer is below
Step-by-step explanation:
Let us assume that the length of the square be x. Therefore the area of the square is given as:
Area of square = length × length = x × x = x²
Given that the length of one side of the rectangle is twice the length of the other side. Let the length of the small side be a therefore the length of the long side = 2a
The area of the rectangle = length of small side × length of long side = a × 2a = 2a²
Since both the rectangle and square are to occupy the same space, hence:

Length of small side = a =
, length of long side = 2a = 
The length of the sides are length of the square side divide by √2 (
) and twice the length of the square side divide by √2 (
)
Answer:
my answer is A
Step-by-step explanation:
Answer:
The difference in the populations of the cities when t=4 is 25,800.
Step-by-step explanation:
Given equations each of the city:
-150t+50,000
and
50t+75,000
To find the difference between the population when t=4, we first have to solve both equation when t=4.
For both equations, substitute 4 into t:
-150(4) + 50,000 = 49,400
50(4) + 75,000 = 75,200
Now subtract 49,400 from 75,200 and you get 25,800.
The difference in the populations of the cities when t=4 is 25,800.