Answer:
if you do fourth of the 8 and made it 4 squares for every one you could have 256 squares
Step-by-step explanation:
125,000*.035= 4375
so that's the value it goes up in one year
but they're asking for 10 years so multiply the above answer by 10
value appreciates $43, 750 in 10 years
Answer:
Part A:
Locker A is bigger
Locker A has a volume 324 of cubic feet
Part B:
$113.4 each month
Step-by-step explanation:
∵ The dimensions of locker A are 6 , 6 , 9 feet
∴ Its volume = 6 × 6 × 9 = 324 feet³
∵ The volume of locker B is 306 feet³
∴ Locker A is bigger
Part B:
∵ The monthly rent for locker A = $0.35
∴ The cost of rent of the largest = 0.35 × 324 = $113.4 each month
First, we have to calculate how much ribbon is left over on each roll in yards. Write it like this:
3/5(25) = 15
One roll has 15 yards of ribbon left. However, there are 3 rolls left over:
3(15) = 45
She has 45 yards of ribbon left, which, unfortunately, is not enough for her craft project. To meet the project's ribbon requirements, she will need to purchase another roll (25 yds) of ribbon.
<h3>Answer:</h3>
All of the above (see explanation)
<h3>Explanation:</h3>
The y-values form a geometric sequence with a common ratio of 5 (answer choice b).
Usually "rate of change" is taken to mean ...
... rate of change = (change in y)/(change in x)
Between -1 and 0, the (average) rate of change is ...
... (1/2 -1/10)/(0 -(-1)) = 2/5
Between 0 and 1, the rate of change is ...
... (5/2 -1/2)/(1 - 0) = 2
Between 1 and 2, the rate of change is ...
... (25/2 -5/2)/(2 -1) = 10
_____
For an exponential relation such as this, the <em>rate of change</em> varies from as close to zero as you like to as near infinity as you like. Hence, at some point on the graph, the rate of change will be <em>any of the listed values</em>.
