steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third...

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Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20 miles, how many miles could he had rode on the second day?

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Page 1: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he

rode no less than 20 miles, how many miles could he had rode on the second day?

Page 2: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

6.EE.7

"I Can Write Equations to Represent Real-World Situations."

Page 3: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three

days total he rode no less than 20 miles, how many miles could he had rode on

the second day?

4 7 20m

Page 4: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he

rode no less than 20 miles, how many miles could he had rode on the second day?

9 milesm4 7 20m

Page 5: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Bethany goes to the store with x dollars and spends $25 on

groceries. If she now has $35, how much money did she start with?

Page 6: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Bethany goes to the store with x dollars and spends $25 on

groceries. If she now has $35, how much money did she start with?

25 35x

Page 7: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Bethany goes to the store with x dollars and spends $25 on

groceries. If she now has $35, how much money did she start with?

25 35x 60 dollarsx

Page 8: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Barry weighs w pounds but is determined to lose 35 pounds. If he wants to weigh at most 120 pounds, how much does Barry weigh now?

Page 9: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Barry weighs w pounds but is determined to lose 35 pounds. If he wants to weigh at most 120 pounds, how much does Barry weigh now?

35 120w

Page 10: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Barry weighs w pounds but is determined to lose 35 pounds. If he wants to weigh at most 120 pounds, how much does Barry weigh now?

155 poundsw35 120w

Page 11: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Just WriteStan bought 8 fish for f dollars and a fish

tank for $60. Write an equation to represent the situation if T represents the total cost.

Page 12: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Just WriteStan bought 8 fish for f dollars and a fish

tank for $60. Write an equation to represent the situation if T represents the total cost.

8 60f T

Page 13: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Mr. Falci wants to group the students, s in his class into 6 equal groups with 4 kids in each group.

How many students are in the class?

Page 14: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Mr. Falci wants to group the students, s in his class into 6 equal groups with 4 kids in each group.

How many students are in the class?

6 4s

Page 15: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Mr. Falci wants to group the students, s in his class into 6 equal groups with 4 kids in each group.

How many students are in the class?

24 studentss

6 4s

Page 16: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Jill went the market and bought a bags of apples for $6 each. If Mary’s total exceeded $42, how many bags

of apples could Mary have purchase?

Page 17: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Jill went the market and bought a bags of apples for $6 each. If Mary’s total exceeded $42, how many bags

of apples could Mary have purchase?

6 42a

Page 18: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Jill went the market and bought a bags of apples for $6 each. If Mary’s total exceeded $42, how many bags

of apples could Mary have purchase?

7 bags of applesa 6 42a

Page 19: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Just WriteThe school rents out the auditorium for their school

play for a fee of $250 and $3 for every ticket sold. Write an equation for the situation if t represents the

tickets sold and R represents the total rental cost.

Page 20: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Just WriteThe school rents out the auditorium for their school

play for a fee of $250 and $3 for every ticket sold. Write an equation for the situation if t represents the

tickets sold and R represents the total rental cost.

250 3t R

Page 21: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Jared wants to buy some trading cards for his birthday. He had 12

cards and buys t more. If Jared now has 28 cards, how many did he buy?

Page 22: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Jared wants to buy some trading cards for his birthday. He had 12

cards and buys t more. If Jared now has 28 cards, how many did he buy?

12 28t

Page 23: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Jared wants to buy some trading cards for his birthday. He had 12

cards and buys t more. If Jared now has 28 cards, how many did he buy?

12 28t 16 cardst

Page 24: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Matt wanted to play his favorite card game with 8 total people. If each player

received 7 cards to start, at least how cards c would Matt need to start with?

Page 25: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Matt wanted to play his favorite card game with 8 total people. If each player

received 7 cards to start, at least how cards c would Matt need to start with?

8 7c

Page 26: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Matt wanted to play his favorite card game with 8 total people. If each player

received 7 cards to start, at least how cards c would Matt need to start with?

56 cardsc8 7c

Page 27: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Georgia wants to go to the skating rink with her friends. If the tickets cost $12 and they all spent a total of $72, how

many people p went skating?

Page 28: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Georgia wants to go to the skating rink with her friends. If the tickets cost $12 and they all spent a total of $72, how

many people p went skating?

12 72p

Page 29: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Georgia wants to go to the skating rink with her friends. If the tickets cost $12 and they all spent a total of $72, how

many people p went skating?

6 peoplep

12 72p

Page 30: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Just WriteYou go to a carnival and pay $12 for a ticket plus $2 per ride. Write an equation for the situation if r represents the rides you ride

and T represents the total cost.

Page 31: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Just WriteYou go to a carnival and pay $12 for a ticket plus $2 per ride. Write an equation for the

situation if r represents the rides you ride and T represents the total cost.

12 2r T

Page 32: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Greg collected more than 43 canned goods for his school’s food drive. If he got 25 of them from

his house and collected the rest from his grandma’s, how many canned goods g could

Greg have collected from his grandma?

Page 33: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Greg collected more than 43 canned goods for his school’s food drive. If he got 25 of them from

his house and collected the rest from his grandma’s, how many canned goods g could

Greg have collected from his grandma?

25 43g

Page 34: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Greg collected more than 43 canned goods for his school’s food drive. If he got 25 of them from

his house and collected the rest from his grandma’s, how many canned goods g could

Greg have collected from his grandma?

18 canned goodsg 25 43g

Page 35: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Sarah wants to buy 5 friendship bracelets for her friends. If the price of

each bracelet is b and Sarah pays a total of $45, how much did she spend on

each bracelet?

Page 36: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Sarah wants to buy 5 friendship bracelets for her friends. If the price of

each bracelet is b and Sarah pays a total of $45, how much did she spend on

each bracelet?

5 45b

Page 37: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Sarah wants to buy 5 friendship bracelets for her friends. If the price of

each bracelet is b and Sarah pays a total of $45, how much did she spend on

each bracelet?

5 45b 9 braceletsb

Page 38: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Blake had x in his wallet, gave 5 dollars to a friend and received 8 from another

friend. If Blake now has less than $7, how much money could Blake have

started with?

Page 39: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Blake had x in his wallet, gave 5 dollars to a friend and received 8 from another

friend. If Blake now has less than $7, how much money could Blake have

started with?

5 8 7x

Page 40: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Blake had x in his wallet, gave 5 dollars to a friend and received 8 from another

friend. If Blake now has less than $7, how much money could Blake have

started with?

5 8 7x 4 dollarsx

Page 41: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Just WriteBlaine is going bowling and will need to pay $4 for shoes and then $3 for every game. Write an

equation for the situation if g represents the games played and C represents the total cost.

Page 42: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Just WriteBlaine is going bowling and will need to pay $4 for shoes and then $3 for every game. Write an

equation for the situation if g represents the games played and C represents the total cost.

4 3g C

Page 43: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Tricia went to the library with b books and returned 5 but took out

2. If Tricia has a total of 8 books out, how many did she start with?

Page 44: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Tricia went to the library with b books and returned 5 but took out

2. If Tricia has a total of 8 books out, how many did she start with?

5 2 8b

Page 45: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Tricia went to the library with b books and returned 5 but took out

2. If Tricia has a total of 8 books out, how many did she start with?

11 booksb

5 2 8b

Page 46: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

At the carnival, the games cost $3 each to play. If Cam’s mom told him to spend no more than $30, how many

games g could Cam possibly play?

Page 47: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

At the carnival, the games cost $3 each to play. If Cam’s mom told him to spend no more than $30, how many

games g could Cam possibly play?

3 30g

Page 48: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

At the carnival, the games cost $3 each to play. If Cam’s mom told him to spend no more than $30, how many

games g could Cam possibly play?

3 30g 10 gamesg

Page 49: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Bill wants to split up his remaining Halloween candy c so that his 7 friends get 4 pieces each. How

much candy must Bill have?

Page 50: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Bill wants to split up his remaining Halloween candy c so that his 7 friends get 4 pieces each. How

much candy must Bill have?

7 4c

Page 51: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Bill wants to split up his remaining Halloween candy c so that his 7 friends get 4 pieces each. How

much candy must Bill have?

7 4c 28 pieces of candyc

Page 52: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Boris wants to buy a turkey for Thanksgiving so that all 9 family members get the same

amount of food. If each family member will eat at most 2 pounds of turkey, how many pounds p of turkey will Boris need to buy?

Page 53: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Boris wants to buy a turkey for Thanksgiving so that all 9 family members get the same

amount of food. If each family member will eat at most 2 pounds of turkey, how many pounds p of turkey will Boris need to buy?

9 2p

Page 54: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

Boris wants to buy a turkey for Thanksgiving so that all 9 family members get the same

amount of food. If each family member will eat at most 2 pounds of turkey, how many pounds p of turkey will Boris need to buy?

9 2p 18 pounds of turkeyp

Page 55: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

The temperature is 36 degrees in the morning and rises d degrees by the afternoon and falls

7 degrees at night. If the temperature is 42 degrees at night, how much did the temperature rise in the afternoon?

Page 56: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

The temperature is 36 degrees in the morning and rises d degrees by the afternoon and falls

7 degrees at night. If the temperature is 42 degrees at night, how much did the temperature rise in the afternoon?

36 7 42d

Page 57: Steve rode 4 miles on his bike the first day, m miles on the second day and 7 miles on the third day. If on all three days total he rode no less than 20

The temperature is 36 degrees in the morning and rises d degrees by the afternoon and falls

7 degrees at night. If the temperature is 42 degrees at night, how much did the temperature rise in the afternoon?

13 degreesd 36 7 42d