a parking lot can allocate 3 compact car spaces for every 2 spaces for full sized cars. if part of the lot has space for 40 full sized cars, how many compact cars could it hold if the parking lines were redrawn?
3/2 * 40
Well, the parking lot seems to have some dimensions of comedy! If it can accommodate 40 full-sized cars, let's calculate how many compact cars it can handle.
We know that for every 2 spaces for full-sized cars, 3 spaces are allocated for compact cars. So, if we have 40 spaces for full-sized cars, we can divide that by 2 to get 20 pairs of spaces. And since each pair can hold 3 compact cars, we can multiply 20 by 3, which gives us... drumroll, please... a whopping 60 compact cars!
So, if those parking lines were redrawn, this hilariously spacious parking lot could hold up to 60 compact cars! Happy parking!
To determine how many compact cars could be accommodated if the parking lines were redrawn, we can set up a proportion using the ratio of compact car spaces to full-sized car spaces.
Let's assume the number of compact car spaces is C and the number of full-sized car spaces is F.
According to the information given, the proportion can be set up as follows:
3 compact car spaces / 2 full-sized car spaces = C compact car spaces / 40 full-sized car spaces
To solve for C, we can cross multiply and solve for C:
(3/2) * 40 = C
(3 * 40) / 2 = C
120 / 2 = C
C = 60
Therefore, if the parking lines were redrawn, the parking lot could hold 60 compact cars.
To find out how many compact cars could be held in the parking lot, we first need to determine the ratio between the number of compact car spaces and full-sized car spaces.
The ratio is given as 3:2, which means for every 3 compact car spaces, there are 2 full-sized car spaces.
Given that there is space for 40 full-sized cars, we now have a reference point to calculate the number of compact car spaces.
Step 1: Calculate the number of full-sized car spaces in the lot.
Since we know there is space for 40 full-sized cars, we can assume there are 40 full-sized car spaces.
Step 2: Calculate the number of compact car spaces using the ratio.
For every 2 full-sized car spaces, there are 3 compact car spaces according to the ratio. So we can set up a proportion as follows:
2 full-sized car spaces = 3 compact car spaces
40 full-sized car spaces = x compact car spaces
To solve for x (the number of compact car spaces), we can cross-multiply and solve the proportion:
2 * x = 3 * 40
2x = 120
x = 120/2
x = 60
Therefore, if the parking lines were redrawn, the parking lot could hold 60 compact cars.