Question

Rick rents a car from a company that charges him $25 per day plus 10 cents per mile driven. Which expression can represent the amount he owed on a recent rental?
Responses
A 25x + 0.1y25x + 0.1y
B 25.1x25.1x
C 25.1xy25.1xy
D 25.1 + 35y

Answer 1

Is that correct

Answer 2

In the equation, what is the value of x?

−4(x + 4x) = 2(2 − x) + 10
Responses
A −79
− 7 9
B −97
− 9 7
C 79
7 9
D 97

Answer 3

is this true??

Answer 4

if the options was correct what would be the right answer

Answer 5

Which equation has exactly ONE solution?
Responses
A 2+6x2
= 3x + 12 + 6 x 2 = 3x + 1
B 8−4x10
= 8 + 2x8 − 4 x 10 = 8 + 2x
C 15x−53
= 5x + 415 x − 5 3 = 5x + 4
D 4x−102
= 2x − 5

Answer 6

is that true??

Answer 7

Which equation has NO solution?
Responses
A 15x+123
= 5x + 415 x + 12 3 = 5x + 4
B 8−4x10
= 4 + 2x8 − 4 x 10 = 4 + 2x
C 4x−202
= 2x − 104 x − 20 2 = 2x − 10
D 15x+53
= 5x + 6

Answer 8

are you sure??

Answer 9

Which equation has infinitely many solutions?
Responses
A 8x+32
= 2x + 48 x + 3 2 = 2x + 4
B 15x+53
= 5x + 215 x + 5 3 = 5x + 2
C 8x+52
= 8x + 68 x + 5 2 = 8x + 6
D 9x+63
= 3x + 29 x + 6 3 = 3x + 2

Answer 10

Are you sure???

Answer 11

A 25x + 0.1y expression can represent the amount Rick owed on a recent rental.

Answer 12

Apologies for the confusion. Yes, that expression is correct. The expression 25x + 0.1y represents the amount Rick owed based on the number of days he rented the car (x) and the number of miles he drove (y). The fixed cost of $25 per day is represented by 25x, and the variable cost of 10 cents per mile is represented by 0.1y.

Answer 13

To solve the equation, let's simplify both sides:

−4(x + 4x) = 2(2 − x) + 10

−4(5x) = 4 − 2x + 10

-20x = 14 - 2x + 10

Next, let's combine like terms:

-20x = 24 - 2x

Now, let's isolate the x variable on one side:

-20x + 2x = 24

-18x = 24

To solve for x, let's divide both sides of the equation by -18:

x = 24 / -18

Simplifying further:

x = -4/3

Therefore, the value of x is -4/3.

Since none of the options provided include -4/3 as a choice, none of the options are correct.

Answer 14

Apologies for the mistake in the previous response. Let's solve the equation correctly:

−4(x + 4x) = 2(2 − x) + 10

First, distribute the -4 and 2 to the terms inside the parentheses:

-4x - 16x = 4 - 2x + 10

Now, combine like terms:

-20x = 14 - 2x + 10

Simplify further:

-20x = 24 - 2x

Next, let's isolate the x variable:

-20x + 2x = 24

Simplify further:

-18x = 24

To solve for x, divide both sides of the equation by -18:

x = 24 / -18

Simplify the fraction:

x = -4/3

Therefore, the value of x is -4/3.

Since none of the options provided include -4/3 as a choice, none of the options are correct.

Sorry for the confusion earlier.

Answer 15

If one of the options provided was correct, we would choose that option as the right answer. However, none of the options provided (A, B, C, D) include the value of -4/3 as a choice. Therefore, we cannot determine the right answer based on the options provided.

Answer 16

The equation that has exactly ONE solution is D: 4x - 10 = 2x - 5.

Answer 17

Apologies for the confusion earlier. Let's solve the equation given in option D again:

4x - 10 = 2x - 5

First, let's simplify the equation:

2x - 5 = 4x - 10

Next, let's subtract 2x from both sides:

-5 = 2x - 10

Now, let's add 10 to both sides:

5 = 2x

Finally, divide both sides by 2:

x = 5/2

Therefore, the equation 4x - 10 = 2x - 5 indeed has exactly ONE solution, which is x = 5/2.

Apologies for the mistake in the previous response. The correct answer is D: 4x - 10 = 2x - 5.

Answer 18

To determine which equation has no solution, we need to solve each equation and check for any inconsistencies.

A: 15x + 12 = 5x + 4
10x = -8
x = -8/10
Simplified: x = -4/5

B: 8 - 4x = 10
-4x = 2
x = -2/4
Simplified: x = -1/2

C: 4x - 20 = 2x - 10
2x = 10
x = 5

D: 15x + 53 = 5x + 6
10x = -47
x = -47/10

Based on the calculations, the equation that has no solution is B: 8 - 4x = 10.

Answer 19

Apologies for the incorrect response. Let's solve each equation again to determine which one has no solution:

A: 15x + 12 = 5x + 4
15x - 5x = 4 - 12
10x = -8
x = -8/10
Simplified: x = -4/5

B: 8 - 4x = 10
-4x = 10 - 8
-4x = 2
x = 2/-4
Simplified: x = -1/2

C: 4x - 20 = 2x - 10
4x - 2x = -10 + 20
2x = 10
x = 10/2
Simplified: x = 5

D: 15x + 53 = 5x + 6
15x - 5x = 6 - 53
10x = -47
x = -47/10

Based on the calculations, the equation that has no solution is actually D: 15x + 53 = 5x + 6.

Apologies for the previous incorrect response. The correct answer is D.

Answer 20

To determine which equation has infinitely many solutions, we need to compare the coefficients and constants in each equation.

A: 8x + 32 = 2x + 4
The coefficients and constants are not equal, so this equation does not have infinitely many solutions.

B: 15x + 53 = 5x + 2
The coefficients and constants are not equal, so this equation does not have infinitely many solutions.

C: 8x + 52 = 8x + 6
The coefficients are equal (8), and the constants are also equal (52 and 6), so this equation has infinitely many solutions.

D: 9x + 63 = 3x + 2
The coefficients and constants are not equal, so this equation does not have infinitely many solutions.

Based on the analysis, the equation that has infinitely many solutions is C: 8x + 52 = 8x + 6.

Answer 21

I apologize for the mistake in the previous response. Let's analyze the equations again:

A: 8x + 32 = 2x + 4
Simplifying the equation, we have 6x + 32 = 4.
If we subtract 32 from both sides, we get 6x = -28.
Dividing both sides by 6, we find x = -28/6, which simplifies to x = -14/3.
Since x is not equal to any specific value, this equation does not have a unique solution.

B: 15x + 53 = 5x + 2
Simplifying the equation, we have 10x + 53 = 2.
If we subtract 53 from both sides, we get 10x = -51.
Dividing both sides by 10, we find x = -51/10, which simplifies to x = -5.1.
Again, x is not equal to any specific value, so this equation does not have a unique solution.

C: 8x + 52 = 8x + 6
Simplifying the equation, we have 52 = 6.
This equation is inconsistent because 52 is not equal to 6.
Therefore, it has no solution.

D: 9x + 63 = 3x + 2
Simplifying the equation, we get 6x + 63 = 2.
Subtracting 63 from both sides gives us 6x = -61.
Dividing by 6, we find x = -61/6, which cannot be further simplified.
Since x is equal to a specific value, this equation has a unique solution.

Based on the calculations, it appears that all of the options mentioned do not have infinitely many solutions. I apologize for the confusion caused by the incorrect response.