Nick has $7.00. Bagels cost $0.75 each and a small container of cream cheese costs $1.29. Write an inequality to find the numbers of bagels nock can buy. Identify what your variable represents.

Answers

Answer 1

Answer: .75x+1.29y < $7.00
x represents how many bagels he can buy
y represents how many cream cheese containers he can buy

Related Questions

State when the following equation and inequalities will be true and when they will be false.36=9k
Round 768 to the nearest 10
394.6÷9 =??? what is the answer and why explain what u did to solve this problem???p.s plz help me :(
Y = x2 - x - 7. what is axis of symmetry
1.(1 pt)Which pair is a base and corresponding height for the triangle?A.b = 16 units and h = 9.6 unitsB.b = 20 units and h = 16 unitsC.b = 20 units and h = 9.6 unitsD.b = 20 units and h = 12 units2.(1 pt)What is the area of the triangle?A.208 in2B.192 in2C.104 in2D.96 in23.(1 pt)What is the area of the triangle? A.42.14 cm²B.35.28 cm²C.21.07 cm²D.17.64 cm²4.(1 pt)The county animal park is shaped like a triangle. Two perpendicular sides of the park measure 2.3 miles and 3.4 miles. What is the area of the animal park?A.3.91 mi²B.5.7 mi²C.7.82 mi²D.11.4 mi²5.(1 pt)What is the area of a triangle with a base of 4.6 cm and a height of 7.8 cm?A.12.4 cm²B.17.94 cm²C.24.8 cm²D.35.88 cm²

Amelia can spend no more than $89 to rent a car for a day trip a rental cost $35 per day plus $.20 per mile right and solve an inequality to find the possible distance in miles M that amelia can drive without exceeding her budget

Answers

Answer:

The possible distance in miles that Amelia can drive without exceeding her budget is 270 miles

Step-by-step explanation:

Given:

Amelia's budget for renting a car for a day trip = $ 89

Rental cost = $35

cost per mile = $0.20

To Find:

The possible distance in miles that Amelia can drive without exceeding her budget = ?

Solution:

Let M be the number of miles

The equation representing the situation can be

Total budget less than or equal to rental + (number of mile x cost per mile)

That is

$89 \leq 35 +(0.20 * M)$

Solving for M, we get

$89-35 \leq 0.20 M\n$

$54 \leq 0.20M\n$

$M \leq (54)/(0.20)$

$M \leq 270$

Nikki wants to buy a dog bed that costs $87. She earns $6 per week for doing chores.

Answers

I think in this question you want to know the number of days it will take Nikki to buy the dog bed. Based on this assumption i am proceeding with the problem. There are several information's given in the problem and it is required to note them down first.
Cost of the dog bed = $87
Amount Nikki earns each day doing chores = $6
Let us assume the number of days Nikki requires to collect this amount = x
Then
6x = 87
x = 87/6
= 14.5 days
As it cannot be 14.5 days so it should be 15 days. there will be some excess amount in the hands of Nikki. If we take 14 days then the amount collected by Nikki will be less.So it will require Nikki to work for 15 days to collect the amount needed for buying the dog bed.

Anwser : 14.6

Do this!

87 divided by 6= 14.6

What is 44 divided be 2

Answers

it is only 22 your welcome

44 divided by 2 is 22.

Mario was visiting the carnival when he noticed a few number relationships.He made then into brainteasers for you.

a. If three-tenths of the visitors were adults and there were 100 visitors, how many visitors were adults?

b. Five-eighths of the prizes at the Giant Spin were dolls. If there were 64 prizes, how many prizes were NOT dolls?

Answers

Answer: a) 30 and b) 24.

Step-by-step explanation:

Since we have given that

a) Number of visitors = 100

According to question, we get that If three-tenths of the visitors were adults.

So, number of adults would be

$(3)/(10)* 100\n\n=3* 10\n\n=30$

b) Number of prizes = 64

According to question, Five-eighths of the prizes at the Giant Spin were dolls.

So, Number of prizes are not dolls is given by

$(1-(5)/(8))* 64\n\n=(3)/(8)* 64\n\n=3* 8\n\n=24$

Hence, a) 30 and b) 24.

100/1 x3/10=30 adults

B. 5/8 x64/1 =40 dolls

therefore 64-40=24 were not dolls

How to find the average rate of change for f(x)=2^x;[2,4]

Answers

Answer:

Step-by-step explanation:

The average rate of change over the interval $[a,b]$ for a function $f$ is $(f(b)-f(a))/(b-a)$ .

So the average rate of change for $f(x)=2^x$ on $[2,4]$ is:

$(2^4-2^2)/(4-2)=(16-4)/(2)=(12)/(2)=6$ .

Explain what are 2 fractions that are alike fractions

Answers

Are you asking what are like fractions? If so, like, or alike fractions are two fractions with the same denominator, (the bottom number of the fraction).
For example, 1/10 and 7/10. If that was not what you were asking, please let me know and I'll try my best. Hope this helped you!

Other Questions

Help with all the math facts please

A non-scale model of the earth has a diameter of 12 in. Within an outer clay layer, there is a core made of a golf ball with a diameter of 2 in.What is the volume of the clay? Use 3.14 to approximate pi and round your answer to one decimal place.

PLEASE HELP what's the unit price!!!!!!!! For number 1,2,4 please!!!!!!!!!!!!!

Manuel says that you can use one of the denominators of 5 / 6 and 11/30 when renaming these fractions using a common denominator. Why is this true?