the total weight of 6 pieces of butter and bag of sugar is 3.8 lb
lets name a piece of butter as x
there are 6 pieces of butter - then x * 6 = 6x
if we write an equation for the total cost
6x + bag of sugar = 3.8 lb
weight of bag of sugar = 1.4 lb
6x + 1.4 lb = 3.8 lb
6x = 3.8 - 1.4
6x = 2.4 lb
x = 2.4/6
x = 0.4 lbs
therefore weight of a piece of butter is 0.4 lbs
The weight of each piece of butter is .
Further explanation:
Given:
The total weight of 6 pieces of butter and the weight of a bag of sugar is equal to 3.8 lbs.
The weight of the bag of sugar is 1.4 lbs.
Our aim is to find the weight of each piece of butter.
Calculation:
Let the weight of each piece of butter to be lbs.
Also consider the weight of a bag of sugar to be lbs.
Then the weight of 6 pieces of butter is .
Therefore, the total weight of 6 pieces of butter and one bag of sugar is calculated as.
Given that total weight of 6 pieces of butter and one bag of sugar is equal to 3.8.
Now, the total weight in the form of an equation can be written as,
……(1)
Since, the weight of one bag of sugar is equal to 1.4 lbs., then substitute 1.4 for in equation (1) to obtain the value of as follows:
Subtract 1.4 on both sides of above equation as follows:
Now, divide both sides of above equation by 6 to obtain the value of as follows:
Therefore, the weight of each piece of butter is equal to .
Learn more:
1. Learn more about equations brainly.com/question/788903
2. Learn more about algebraic expression brainly.com/question/5533462
Answer details:
Grade: Middle School
Subject: Mathematics
Chapter: Linear equations
Keywords: Weight, pieces, butter, bag, sugar, total, lbs., equations, algebraic equations, linear, subtract, 6x+y=3.8, x=0.4.
a) y=3x+4 y=—3x+4
Answer:
They are not parallel. they would have to have the same slope to be parallel.
Step-by-step explanation:
Answer:
True
Step-by-step explanation:
A point is zero-dimensional with respect to the covering dimension because every open cover of the space has a refinement consisting of a single open set.
Answer: Its true that a point has zero dimensions
Step-by-step explanation: