The Bundle family need to travel 1217 more miles to arrive in florida
<em><u>Solution:</u></em>
Given that, The Bundle family is traveling a total of 1,905 miles from their home to Florida for a summer vacation
They traveled 454 miles on Saturday, and 234 miles on Sunday
To find: Number of more miles needed to travel to arrive in florida
From given,
Total miles to travel = 1905 miles
Miles covered in saturday = 454 miles
Miles covered on sunday = 234 miles
Therefore,
Remaining miles = Total miles to travel - (Miles covered in saturday + Miles covered on sunday )
Remaining miles = 1905 - (454 + 234)
Remaining miles = 1905 - 688
Remaining miles = 1217
Thus they need to travel 1217 more miles to arrive in florida
R; all quadratic functions are going to have *ALL REAL NUMBERS*.
Answer:
$954
Step-by-step explanation:
6% = 0.06
Adding 1 to the interest makes it so it’s added to the original amount.
$900 x 1.06 = $954
Answer:
The number of miles at which a car rented from either company cost the same amount is <u>50 miles</u>.
Step-by-step explanation:
Let x represents the number of miles at which a car rented from either company cost the same amount. Therefore, we can have the following equation:
RC = 25 + 0.14x ....................... (1)
BC = 23 + 0.18x ...................... (2)
Where;
RC = Total cost of Rent-Me Rent-A-Car
BC = Total cost of Better Deal Rental Car
The the cost of the two companies equal where RC = BC. Therefore, we equate equations (1) and (2) and solve for x as follows:
25 + 0.14x = 23 + 0.18x
25 - 23 = 0.18x - 0.14x
2 = 0.04x
x = 2 / 0.04
x = 50
Therefore, the number of miles at which a car rented from either company cost the same amount is <u>50 miles</u>.
<u>Note:</u>
This can be confirmed for equations (1) and (2) individually by substituting for x = 50 as follows:
For equation (1):
RC = 25 + 0.14(50)
RC = 25 + 7
RC = 32
For equation (2):
BC = 23 + 0.18(50)
BC = 23 + 9
BC = 32
Therefore, RC = BC = 32 confirms the answer.