Answer:
The chocolates are<em> </em><u><em>heavier</em></u> than the weight the weight stated on the label. And the chocolates are<em> </em><u><em>0.0042 pounds heavier</em></u>.
Step-by-step explanation:
Given:
Weight of the chocolates in the bag is labeled = 0.384 pounds.
The actual weight of the chocolates = 0.3798 pounds.
Now, to find is the chocolates are heavier or lighter than the weight stated on the label and how much it is heavier or lighter.
So, we see the that the weight labeled is 0.3840 pounds and the actual weight is 0.3798 pounds which is lighter than the weight in label. As we see the hundredth place of the decimal of the actual weight is 8 and the labeled weight is 7 which is less than 8.
<u><em>Thus, the chocolates are heavier than the weight the weight stated on the label.</em></u>
Now, to get how heavier it is, we subtract the label weight from the actual weight:
<u>So, the chocolates are 0.0042 pounds heavier</u>.
Therefore, the chocolates are heavier than the weight the weight stated on the label. And the chocolates are 0.0042 pounds heavier.
Answer:
Step-by-step explanation:
The domain is negative infinity to positive infinity and the range is 8.
Answer:
He'll be able to make 6 shelves.
Step-by-step explanation:
In order to know haw many shelves he can make we need to take the total amount of material and divide it by the amount of material required for each shelve. We have:
total amount = 83 1/2 inches = 83.5 inches
amount per shelve = 12 3/4 inches = 12.75 inches
amount of shelves = total amount/amount per shelve
amount of shelves = 83.5/12.75 = 6.55 shelves
Since he can't make half shelves he'll be able to make 6 shelves and have left over material.
Answer:
When you have two sets of data, one that represents an independent variable (X) and another that represents a dependent variable (Y) (it is a response of the first variable). A diagram called scatterplot can be generated to present the ordered pairs (X, Y) in the Cartesian plane to see how the two variables are related.
In this case the independent variable (X) is the age variable of the calf and the dependent variable (Y) is the weight of the calf.
The diagram can be seen in the attached file.
Step-by-step explanation:
