Answer:
$290.
Step-by-step explanation:
We have been given that Rachel Perez rented a car for 3 days at $40.00 per day.
We are also told that she pays $0.20 per mile for renting the car. As she covered a total distance of 500 miles, so cost of renting car foe 500 miles will be:
As Rachel purchased the collision deductible for $10.00 per day to protect herself in case of an accident, so cost of collision deductible for 3 days will be:
She also paid $40 for gasoline to cover 500 miles, so we can find total cost to rent the car for 3 days to cover 500 miles by adding all the expenses.
Therefore, the total cost to rent the car was $290.
<h3>Order of Operations: </h3><h3>The steps used to evaluate a numerical expression:</h3><h3> 1) Simplify the expressions inside grouping symbols. ( ) , [ ]</h3><h3>2) Evaluate all powers. </h3><h3>3) Do all multiplications and/or divisions from left to right. </h3><h3>4) Do all additions and/or subtractions from left to right.
</h3><h3>PEMDAS represents the order of operations: Parentheses, Exponents, Multiplication/Division, Addition/Subtraction</h3><h2>Example :</h2><h3>18 – (4 + 2) + (6 × 5) ÷ 3 = [Parentheses first]</h3><h3>Notice: There are no Exponents in this expression.
</h3><h3>18 – 6 + 30 ÷ 3 = [Multiplication/Division left to right next]
</h3><h3>18 – 6 + 10 = 22 [Addition/Subtraction left to right next]</h3><h3>When there are multiple grouping symbols, always work on the innermost grouping symbols first </h3><h3> ( ) = Parentheses [ ] = Brackets</h3><h3>Example: [(7 – 2) × 3] ÷ [4 + (2 ÷ 2)] – 7 × 0</h3><h3>Start with [(7 – 2)] and (2 ÷ 2) as these are the operations in the innermost grouping symbols.</h3><h3>
</h3>
<span>Since Sturge's Rule states that the optimal number of bins is equal to the 1 plus 3.3 log(n), where n is the number of data points, the estimated solution (since you can only have whole bins) is to provide 6 bins, each storing 42 to 43 data points.</span>
Answer:
Im pretty sure X= 5/3
Step-by-step explanation:
Step 1: Simplify both sides of the equation.
x3−3x2+x−2
10
x414)(x3)(0)x2+6x=10
0+6x=10
(6x)+(0)=10(Combine Like Terms)
6x=10
6x=10
Step 2: Divide both sides by 6.
6x
6
=
10
6
x=
5/3
