The photo is right here just need answers

Jodi bought a new car with a 14-gallon gas tank. Around town she is able to drive 336 miles on one tank of gas. On her first tri

gizmo_the_mogwai [7]

Part A:

Answer:

$336\leq 14m\leq 448$

Step-by-step explanation:

Step 1:

Jodi bought a new car with a 14-gallon gas tank.

Around town, she can drive 336 miles on one tank of gas.

She drove 448 miles on one tank on a trip on the highway

m will represent the number of miles per gallon of gas.

Step 2:

If m represents the number of miles per gallon of gas she gets and her tank holds 14 gallons then 14m represents the number of miles she can drive.

14 gallons · $\frac{m}{1} = 14m$

Around town, she was able to drive 336 miles and on the highway, she was able to drive 448

So... $336\leq 14m\leq 48$

Part B:

Answer:

The compound inequality is two simple inequalities separated by "and" is $336\leq 14m$ and $14m < 448$ .

Step-by-step explanation:

Step 1:

We are told Jodi bought a new car with a 14-gallon gas tank.

Around town, she can drive 336 miles on one tank of gas. She drove 448 miles on one tank of gas on her first trip traveling on highways

Here we need to rewrite the compound inequality

Let $m$ represent the number of miles per gallon of gas.

Step 2:

Since $14m$ must greater than or equal to $336$ and less than or equal to $448$ :

The two simple inequalities must be separated by the word "and"

$336\leq 14m$ and $14m$

Part C:

Answer:

The solution of simple inequality is $24\leq m$ and $m\leq 32$

Step- by step explanation:

Step 1:

We are given Jodi bought a new car with a 14-gallon gas tank. Around town, she can drive 336 miles on one tank of gas. She drove 448 miles on one tank of gas on her first trip traveling on highways.

Step 2:

Solve each simple inequality by dividing both sides by 14:

$336\leq 14m$ and $14m\leq 448$

$\frac{336}{14}\leq \frac{14m}{14}$ and $\frac{14m}{14} \leq \frac{448}{14}$

$24\leq m$ and $m\leq 32$

Part D:

Answer:

The solution of the compound inequality is $24\leq m\leq 32$

Step 1:

We are given Jodi bought a new car with a 14-gallon gas tank. Around town, she can drive336miles on one tank of gas. She drove 448 miles on one tank of gas on her first trip traveling on highways. To solve the compound inequality without rewriting it as two simple inequalities

Step 2:

Solving compound $336\leq 14m\leq 448$ for $m$ by dividing all sides by 14

$226\leq 14m\leq 448\\$

$\frac{336}{14}\leq \frac{14m}{14} \leq \frac{448}{14}$

$24\leq m\leq 32$

Part G:

Answer:

Download docx

5 0

3 years ago

Read 2 more answers

In the commutative property, order does not matter. However, this is not true when it comes to__ & __problems where order do

Luda [366]

Answer:

In the commutative property, order does not matter. However, this is not true when it comes to substraction & division problems where order does matter.

Step-by-step explanation:

Commutative property states that there is no change in result when the numbers in an expression are reversed. Commutative property is true for addition and multiplication but not for subtraction and division.

7 0

3 years ago

Read 2 more answers

HELP!!! WHAT IS WRONG WITH MY ANSWER?!

stealth61 [152]

In a Fibonacci Sequence, the following applies:

1,1,2,3,5,8 etc.

Where the following term is a sum of the 2 previous terms.

Relate this to the terms in your question:

1, 1, 2, 5, 8

Goes to:

Y-x, x, y, x+y, x + 2y

Since to get y you add the 2 previous terms

y-x + x = y

y + x = y + x

x + y + y = x + 2y

Hope this helps you :)

You used multiplication of 2 terms which is where you went wrong.

3 0

3 years ago

For the return trip, Moses suggests taking a shortcut that will save 4 miles from the total 40-mile hiking distance. He calculat

Brilliant_brown [7]

Moses is incorrect.
40miles - 4 miles = 36 miles
36 miles/4 days = 9 miles/day

4 0

3 years ago

Cone A and Cone B both have a height of 5 inches. The volume of Cone A

chubhunter [2.5K]

Answer:

cone A= 20.9×5=104.5

cone B= 5×4=20

20×20.9=418

cone B -cone A = -313.5

5 0

2 years ago