Answer:
<em>The correct option will be: Rectangle C (Width= 6 and Length= 10)</em>
Step-by-step explanation:
Suppose, the length of the original photograph is 
inches and width is 
inches.
Hiroto reduces the photograph by 0.5 by scanning it onto his computer.
So, the <u>length of the scanned image</u> 
inches <u>and width</u> 
inches.
Given that, the length and width of the image on the screen are 5 inches and 3 inches respectively. That means.........
So, the rectangle 
represents the original photograph, which has width as 6 inches and length as 10 inches.
You can say that they would have enough for about half a pound alittle more
Answer:
To the nearest hundred dollars, the car will be worth $17,900 by 2005
Step-by-step explanation:
Firstly, we need to write the depreciation equation
We have this as:
V = I(1 - r)^t
V is the present value which is what we want to calculate
I is the initial value, the amount the cad was bought which is $22,000
r is the rate of change which is 5% = 5/100 = 0.05
t is the time difference which is 2005-2001 = 4
Substituting all these into the depreciation equation, we have it that
V = 22,000(1 -0.05)^4
V = $17,919.1375
To the nearest hundred dollars, that would be;
$17,900
