Answer:
14 ft
Step-by-step explanation:
Let x represent the number of segments of the divided wood beam
Let y represent the total length of the wood beam.
Given that each segment measures 3.5, the equation to express this scenario is given as
y = 3.5x
Thus, to find the length of the wood beam, substitute x = 4 into the equation.
We would have:
y = 3.5(4)
y = 14
Length of the wood beam = 14 ft
Twelve bags can be filled. 144 divided by 12 is 12, therefor 12 bags of candy can be filled.
Answer:
<u><em>Part A:</em></u> D. 
<u><em>Part B:</em></u> C. 
Step-by-step explanation:
For part A) we just have to plug in 0 for x and solve for y until we find the equation that says 3 is the value for y when x is 0. For purposes of speeding up the process the correct answer is D. I will show how to check for it now.
The equation: 
Now plug in 0 for x.
Now solve.
y = (1)(3)
y = 3
This proves that this is the correct answer.
For part B) we just have to plug in the give values for x separately and check for each value of x that it equals 0. For the purpose of speeding up the process the correct answer is C. I will show how to check for it now.
The equation: 
Now plug in x for 0 and solve:
This equation is true, now we check for the other value of x, 3.
This is also true so that means this is the correct answer.
Answer:
A biased story means that you are supporting one side of an issue and twisting the facts to support that side. Unbiased means you are telling the facts, and reporting both sides positions on an issue, allowing viewers to make an informed choice.
Step-by-step explanation:
Answer:
Wyatt's office will take 8 weeks to recycle a total of 32 kilograms of paper.
Step-by-step explanation:
Given that Wyatt's office recycled a total of 28 kilograms of paper over 7 weeks.
So in one week, Wyatt's office will recycle = 28/7 = 4 kilograms / per week
Therefore,
- unit rate = 4 kilograms / per week
Thus, weeks taken by Wyatt's office to recycle 32 kg of paper
32/4 = 8 weeks
Hence, Wyatt's office will take 8 weeks to recycle a total of 32 kilograms of paper.
