{{asɛmtiNe Ɔkyerɛwfo}} | Nhomakorabea | Nneɛma a ɛma wotumi yɛ ade

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Which of the following is the correct answer to the correct equation from the previous question?

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Which of the following is the correct answer to the correct equation from the previous question?

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A pitcher of lemonade was 5/6 full when she grabbed it from the refrigerator. After pouring 1/6 of the pitcher into her glass. How much lemonade is left in the pitcher?

Ruby had 1/6 of a pizza leftover after dinner. The next day at lunchtime, she ate 5/6 of the leftover pizza. How much pizza did she eat for lunch?

Jordan had 5/6 of a bag of candy. Penelope gave Jordan 1/6 of her bag of candy. What is the total amount of candy that Jordan has now?

A nature trail is 5/6 mile long. There are information markers every 1/6 mile. How many information markers are there?

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Lannie has
cups of chocolate chips. She needs
cups to make one batch of chocolate chip cookies. How many batches of chocolate chip cookies can she make?

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The length of a race is 9/10 mile. Andrew wants to place a flag every 1/3 mile.
Which of the following equations can you use to determine how many flags need to be placed throughout the race?

Module 3.4 (Divide Fractions by Fractions)

Module 3.4 (Divide Fractions by Fractions)

Which of the following is the correct answer to the correct equation from the previous question?

Which of the following is the correct answer to the correct equation from the previous question?

Lannie has
cups of chocolate chips. She needs
cups to make one batch of chocolate chip cookies. How many batches of chocolate chip cookies can she make?

The length of a race is 9/10 mile. Andrew wants to place a flag every 1/3 mile.
Which of the following equations can you use to determine how many flags need to be placed throughout the race?

Which of the following is the correct answer to the correct equation from the previous question?

Which of the following is the correct answer to the correct equation from the previous question?

Lannie has
cups of chocolate chips. She needs
cups to make one batch of chocolate chip cookies. How many batches of chocolate chip cookies can she make?

The length of a race is 9/10 mile. Andrew wants to place a flag every 1/3 mile.
Which of the following equations can you use to determine how many flags need to be placed throughout the race?

Module 3.4 (Divide Fractions by Fractions)

Module 3.4 (Divide Fractions by Fractions)

Which of the following is the correct answer to the correct equation from the previous question?

Which of the following is the correct answer to the correct equation from the previous question?

Lannie hascups of chocolate chips. She needscups to make one batch of chocolate chip cookies. How many batches of chocolate chip cookies can she make?

The length of a race is 9/10 mile. Andrew wants to place a flag every 1/3 mile. Which of the following equations can you use to determine how many flags need to be placed throughout the race?

Which of the following is the correct answer to the correct equation from the previous question?

Which of the following is the correct answer to the correct equation from the previous question?

Lannie hascups of chocolate chips. She needscups to make one batch of chocolate chip cookies. How many batches of chocolate chip cookies can she make?

The length of a race is 9/10 mile. Andrew wants to place a flag every 1/3 mile. Which of the following equations can you use to determine how many flags need to be placed throughout the race?

Lannie has
cups of chocolate chips. She needs
cups to make one batch of chocolate chip cookies. How many batches of chocolate chip cookies can she make?

The length of a race is 9/10 mile. Andrew wants to place a flag every 1/3 mile.
Which of the following equations can you use to determine how many flags need to be placed throughout the race?

Lannie has
cups of chocolate chips. She needs
cups to make one batch of chocolate chip cookies. How many batches of chocolate chip cookies can she make?

The length of a race is 9/10 mile. Andrew wants to place a flag every 1/3 mile.
Which of the following equations can you use to determine how many flags need to be placed throughout the race?