Resources

Resources

Bytelearn - cat image with glasses

AI tutor

Welcome to Bytelearn!

Let’s check out your problem:

Maya was out at a restaurant for dinner when the bill came. She wanted to leave a
33% tip. If dinner cost
d dollars and cents, which expression does NOT represent the cost of dinner plus tip?

0.33 d

1d+0.33 d

(1+0.33)d

d+0.33 d

Maya was out at a restaurant for dinner when the bill came. She wanted to leave a $33 \%$ tip. If dinner cost $d$ dollars and cents, which expression does NOT represent the cost of dinner plus tip? $\newline$ $0.33 d$ $\newline$ $1 d+0.33 d$ $\newline$ $(1+0.33) d$ $\newline$ $d+0.33 d$

View step-by-step help

View step-by-step help

Evaluate two-variable equations: word problems

Full solution

Q. Maya was out at a restaurant for dinner when the bill came. She wanted to leave a

33 \%

tip. If dinner cost

d

dollars and cents, which expression does NOT represent the cost of dinner plus tip?

\newline

0.33 d

\newline

1 d+0.33 d

\newline

(1+0.33) d

\newline

d+0.33 d

Understanding Tip Calculation: To determine the correct expression for the cost of dinner plus a $33\%$ tip, we need to understand that a $33\%$ tip is the same as multiplying the cost of dinner by $0.33$ . The total cost including the tip would be the original cost of dinner plus the $33\%$ tip. Therefore, the correct expression should include the original cost of dinner ( $d$ ) and add to it the tip ( $0.33$ times $d$ ).
Analysis of $0.33d$ Expression: Let's analyze the first expression: $0.33d$ . This expression represents only the tip amount, not the total cost of dinner plus tip. Therefore, this expression does not represent the total cost.
Analysis of $1d + 0.33d$ Expression: Now, let's look at the second expression: $1d + 0.33d$ . This expression adds the original cost of dinner ( $1d$ ) to the tip ( $0.33d$ ), which correctly represents the total cost of dinner plus tip.
Analysis of $(1 + 0.33)d$ Expression: The third expression is $(1 + 0.33)d$ . This is equivalent to $1d + 0.33d$ when the distributive property is applied, which also correctly represents the total cost of dinner plus tip.
Analysis of $d + 0.33d$ Expression: The fourth expression is $d + 0.33d$ . This is another way of writing $1d + 0.33d$ , which correctly represents the total cost of dinner plus tip.
Identifying Incorrect Expression: Since the first expression, $0.33d$ , only represents the tip and not the total cost of dinner plus tip, it is the expression that does NOT represent the cost of dinner plus tip.

More problems from Evaluate two-variable equations: word problems

Question

This equation shows how the distance traveled by a car is related to the time spent driving.

d = 50t + 10

t

represents the time in hours, and the variable

d

represents the distance in miles. How far does the car travel in

2

Posted 10 months ago

Question

The equation shows how the cost of buying pencils is related to the number of pencils purchased.

\newline

c= 0.5p+2

\newline

p

represents the number of pencils, and the variable

c

represents the total cost. How much does it cost to buy

10

Posted 9 months ago

Question

This equation shows how the total score in a game is related to the number of points scored per level.

s = 100l + 250

l

represents the levels completed, and the variable

s

represents the total score. What is the total score after completing

3

Posted 7 months ago

Question

The equation shows how the amount of paint needed is related to the area to be painted.

p = 2a + 5

a

represents the area in square meters, and the variable

p

represents the amount of paint in liters. How much paint is needed for an area of

8

Posted 7 months ago

Question

This equation shows how the total bill for a meal is related to the number of people sharing the meal.

\newline

b = 15n + 35

\newline

n

represents the number of people, and the variable

b

represents the total bill. What is the total bill for a meal shared by

4

Posted 9 months ago

Question

Poppy the dog weighs

p

pounds, and Yumi the cat weighs

y

pounds. If Poppy weighs

36

more pounds than Yumi does, which of the following equations correctly describes the relationship between their weights?

\newline

1

\newline

p+y=36

\newline

p+36=y

\newline

p-y=36

\newline

y-p=36

Posted 7 months ago

Question

Calvin and Melvin are two of Santa's elves. The number of toys they build is given by

11 c+8 m

c

is the number of candy canes Calvin eats for breakfast and

m

is the number of candy canes Melvin eats for breakfast. How many toys do they build when Calvin eats

5

candy canes and Melvin eats

3

candy canes for breakfast?

Posted 7 months ago

Question

2 w+4

\newline

Carly is cutting a piece of paper stock based on the width of a photo. The expression above describes the length of the paper stock, in inches, for a photo that is

w

inches wide. If the photo is

8

5

inches wide, what is the length of the paper stock in inches?

Posted 7 months ago

Question

Calvin and Melvin are two of Santa's elves. The number of toys they build is given by

11 c+8 m

c

is the number of candy canes Calvin eats for breakfast and

m

is the number of candy canes Melvin eats for breakfast.

\newline

How many toys do they build when Calvin eats

5

candy canes and Melvin eats

3

candy canes for breakfast?

\newline

Posted 8 months ago

Question

The approval rating of a certain politician is changing at a rate of

r(t)

percent of the population per month (where

t

is the time in months).

\newline

\int_{0}^{3} r(t) d t

\newline

1

\newline

(A) The rate of change of the approval rating of the politician when

t=3

\newline

(B) The average rate of change of the approval rating during the first three months

\newline

(C) The change in the percent of the population who approves of the politician during the first three months

\newline

(D) The percent of the population who approves of the politician when

t=3

Posted 7 months ago

Related topics

Algebra - Order of Operations Algebra - Distributive Property `X` and `Y` Axes Geometry - Scalene Triangle Common Multiple Geometry - Quadrant