Question
The Myrtles Plantation charges its customers $10 for booking a room, for every hour they charge $2. If Jordan stays there from 18:00 to 12:00 of the next day, then the amount he must pay is (in $)
- $38
- $32
- $46
- $48
Hint:
An equation has a constant, variable and an equal to sign. It has two sides LHS and RHS. A linear equation in one variable is equation with only one variable and in which the highest degree is 1. Here, we have to find the value of unknown value, by operating both sides with the same number so that the equation will be balanced.
The correct answer is: $46
In the question it is given that,
Booking charge for one room= $10
Charge for 1 hour= $2
Jordan stays for= 18:00 to 12:00= 18 hours
We have to find the amount Jordan will pay the next day.
Step 1: Convert the word problem into numerical equation.
The amount he will pay= Booking charge+ Charge per hour
Number of hours spent
x= $10+ $218
Step 2: Solve the RHS.
x=$10+ $36
x=$46
So, Jordan has to pay amount of $46 on next day.
Therefore, the correct option is c,i.e., $46.
A linear equation in one variable is equation with only one variable and in which the highest degree is 1. A linear equation in one variable can be solved by placing the unknown values on one side and known values on another side of the equation. it is important to operate equal terms on both sides so that the equation will remain balanced.
Related Questions to study
Sarah says, “I chose a number that is 17 more than 10 times of 3”. The number Sarah chose is
A linear equation in one variable is equation with only one variable and in which the highest degree is 1. A linear equation in one variable can be solved by placing the unknown values on one side and known values on another side of the equation. it is important to operate equal terms on both sides so that the equation will remain balanced.
Sarah says, “I chose a number that is 17 more than 10 times of 3”. The number Sarah chose is
A linear equation in one variable is equation with only one variable and in which the highest degree is 1. A linear equation in one variable can be solved by placing the unknown values on one side and known values on another side of the equation. it is important to operate equal terms on both sides so that the equation will remain balanced.
Number of solutions for 
is
Standard form of linear equation in one variable is ax+b=0. If x=
, then the solutions will be one. If both sides of the equation have same variable and constants then the equation has infinitely many solution.
Number of solutions for is
Standard form of linear equation in one variable is ax+b=0. If x=, then the solutions will be one. If both sides of the equation have same variable and constants then the equation has infinitely many solution.
In a Halloween, if each house visited gives you 5 chocolates, initially you started with 10 chocolates by the end you have 150 chocolates, then the number of houses visited are
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
In a Halloween, if each house visited gives you 5 chocolates, initially you started with 10 chocolates by the end you have 150 chocolates, then the number of houses visited are
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
If five being added to twice a number and two being added to five times a number is same, then the number is
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
If five being added to twice a number and two being added to five times a number is same, then the number is
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
Mary bought some apples from the store, she gave half of the apples she bought to Adam, the 5 from the remaining to his brother. The apples she left with are 3. The number of apples she gave to Adam are
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
Mary bought some apples from the store, she gave half of the apples she bought to Adam, the 5 from the remaining to his brother. The apples she left with are 3. The number of apples she gave to Adam are
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
The solution of the equation 120x + 60 = 30(4x + 2) is
The linear equations with one variable are an equation which has only one variable and the highest power of the variable should be one. The linear equations in one variable having infinitely many solutions have same variable and constant terms on both the sides of the equation. On solving the equation, they will get cancelled and will give 0=0 as result.
The solution of the equation 120x + 60 = 30(4x + 2) is
The linear equations with one variable are an equation which has only one variable and the highest power of the variable should be one. The linear equations in one variable having infinitely many solutions have same variable and constant terms on both the sides of the equation. On solving the equation, they will get cancelled and will give 0=0 as result.
John says, “two times a number is subtracted from five results three”, the solution of the John equation is
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
John says, “two times a number is subtracted from five results three”, the solution of the John equation is
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
The equation among the following that have infinitely many solutions is
The linear equations with one variable is an equation which has only one variable and the highest power of the variable should be one. The linear equations in one variable having infinitely many solutions have same variable and constant terms on both the sides of the equation. On solving the equation they will get cancelled and will give 0=0 as result.
The equation among the following that have infinitely many solutions is
The linear equations with one variable is an equation which has only one variable and the highest power of the variable should be one. The linear equations in one variable having infinitely many solutions have same variable and constant terms on both the sides of the equation. On solving the equation they will get cancelled and will give 0=0 as result.
The solution of the equation 2.5x +1 =6 is
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
The solution of the equation 2.5x +1 =6 is
Like terms are the terms having same variable of same power in which the coefficient may not be the same whereas unlike terms are the terms which don't have same variable. Addition and subtraction are possible in like terms but not in unlike terms.
y = 4,
,
