Answer:
87.50%
Step-by-step explanation:
The increase in weight between December was Bennett was given birth to and the following March is the difference between the weight now and prior weight i.e 15 pounds -8 pounds=7 pounds
The % increase in weight =the increase in weight/initial weight
the increase in weight is 7 pounds
the initial weight was 8 pounds
the % increase in weight=7/8=87.50%
The percentage increase in weight is 87.50% rounded to two decimal places
Answer:
The one that will not be equivalent to .12 would be A.
Step-by-step explanation:
.12 is not the same as 1.2 for the reason that <em>A is representing a whole number</em> meanwhile <em>.12 is representing a negative number. </em>
<h3>
Answer:</h3>
<em>None of the above</em>. All the answers refer to <em>price</em>. The given equation refers to <em>value</em>. We imagine price may stay the same or actually increase year-to-year. The problem statement gives insufficient information to conclude anything about <em>price</em>.
Math is about attention to detail. The equation tells you ...
... The <em>value</em> of the boat decreases by 12% every year.
<h3>
Step-by-step explanation:</h3>
The value of the boat is multiplied by 0.88 each time X increases by 1. That means the value is 88% of what it was the year before, <em>a decrease of 12%</em>.
Answer:
Step-by-step explanation:
Graphing systems of linear inequalities is as follows:
Step 1:
Firstly sketch first line which is in this case f(x) = x +1 which means we sketch
y = x + 1
Step 2:
Secondly we sketch the second line which is f(x) = 2 which means we sketch
y = 2
Step 3:
Thirdly we sketch the third line which is f(x) = x which means we sketch
y = x
Now since we have sketched all the three lines we see the inequalities in the first equation it says if x < 0 it means for all values of x which are less than zero meaning all the negative values meaning the graph will not exist for values of x = 0 or higher so we omit that region.
Now we for the second line it says 0 ≤ x ≤ 1 meaning the second line exists for the values of x between zero and one and the rest we omit.
Now for the third line it says x > 1 meaning the third line exists for all values of x greater than 1 meaning we omit everything else.
The rest i have attached some images on to graph the functions do take a look because typing all that would take ages so its better if you visualize it might help you understand it better.
The answer is 12 which is a dozen
