3.1-3.13 Exit Tickets (4th Grade)

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Lesson 1
Determine the area and perimeter of a rectangle with dimensions of 8 cm by 2 cm. Remember to include units.

Area = _______
Perimeter= _______ 

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Lesson 1
Determine the perimeter of a rectangle with dimensions of 347 cm by 99 cm. Remember to include units.

Perimeter= _______ 

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Lesson 2
A table is 2 feet wide. It is 6 times as long as it is wide.  Label the dimensions of the rectangle and find the perimeter.

Dimensions: 
Width = _______ Length = _______ 

Perimeter = _______ 

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Lesson 2
A table is 4 feet wide. It is 3 times as long as it is wide.  Draw a diagram of the blanket.  Label the dimensions of the blanket and find the perimeter.

Dimensions:
Width = _______  Length = _______ 
Perimeter = _______ 

A blanket is 4 feet wide. It is 3 times as long as it is wide.

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Lesson 3
Solve the following problem. Use pictures, numbers, or words to show your work. 

A rectangular poster is 3 times as long as it is wide. A rectangular banner is 5 times as long as it is wide. Both the banner and the poster have perimeters of 24 inches. 

What are the lengths and widths of the poster and the banner?

Poster
Length _______ Width _______

Banner
Length _______ Width _______ 

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Lesson 4

5 x 10 = _______ 
_______ x 5 = 500
5,000 = _______ x 1000
10 x 2 = _______ 
_______ x 20 = 2,000
2,000 = 10 x _______ 
100 x 18 = _______ 
_______ = 10 x 32
4,800 = _______ x 100
60 x 4 = _______ 
5 x 600 = _______ 
8,000 x 5 = _______ 

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Lesson 5 
Draw place value disks to represent the value of the following expressions.

4x200 = _______ 
4 times _______ _______ is _______ _______ 

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Lesson 5
Draw place value disks to represent the value of the following expressions.

4x2,000 =  _______ 
4 times _______ _______ is _______  _______ 

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Lesson 5
Find the product.

30x3 = _______ 
8x20 = _______ 
6x400 = _______ 
2x900 = _______ 
8x80 = _______ 
30x4 = _______ 
500x6 = _______ 
8x5,000 = _______ 

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Lesson 5

Bonnie worked for 7 hours each day for 30 days. 

How many hours did she work altogether? _______ 

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Lesson 6

Represent the following problem by drawing disks in the place value chart.

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Lesson 6

Draw an area model to represent 20 × 30.

2 tens x 3 tens = _______ _______ 

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Lesson 6

Every night, Eloise reads 40 pages. How many total pages does she read at night during the 30 days of November?

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Lesson 7

Represent 6x41 with disks, regrouping as necessary. To the right, record the partial products vertically.

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Lesson 7

Represent 7x31 with disks, regrouping as necessary. To the right, record the partial products vertically.

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Lesson 8

Represent 4 × 513 with disks, regrouping as necessary. To the right, record the partial products vertically.

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Lesson 8

Represent 3 × 1,054 with disks, regrouping as necessary. To the right, record the partial products vertically.

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Lesson 9

Solve using the standard algorithm.

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Lesson 9

Morgan is 23 years old. Her grandfather is 4 times as old. 

How old is her grandfather? _______ 

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Lesson 10

Solve using the standard algorithm.

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Lesson 10

A farmer planted 4 rows of sunflowers. There were 1,205 plants in each row.

How many sunflowers did he plant? _______ 

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Lesson 11

Solve using the standard algorithm, the area model, the distributive property, or the partial products method. 

2,809 × 4 = _______ 

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Lesson 11

The monthly school newspaper is 9 pages long. Mrs. Smith needs to print 675 copies. 

What will be the total number of pages printed? _______ 

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Lesson 12

Use the RDW process to solve the following problem. 

Jennifer has 256 beads. Stella has 3 times as many beads as Jennifer. Tiah has 104 more beads than Stella. 

How many beads does Tiah have? _______

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Lesson 13

Solve using the RDW process.

Michael earns $9 per hour. He works 28 hours each week. 

How much will he earn in 6 weeks? _______

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Lesson 13

Solve using the RDW process.

David earns $8 per hour. He works 40 hours each week. 

How much will he earn in 6 weeks? _______

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Lesson 13

Solve the following problem based on Questions #25 and #26. Use the RDW process.

After 6 weeks, who earned more money- Michael or David? _______ 

How much more money? _______

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3.1-3.13 Exit Tickets (4th Grade)

Lesson 6Represent the following problem by drawing disks in the place value chart.

Lesson 6Every night, Eloise reads 40 pages. How many total pages does she read at night during the 30 days of November?

Lesson 7Represent 6x41 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 7Represent 7x31 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 8Represent 4 × 513 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 8Represent 3 × 1,054 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 9Solve using the standard algorithm.

Lesson 10Solve using the standard algorithm.

Lesson 6Represent the following problem by drawing disks in the place value chart.

Lesson 6Every night, Eloise reads 40 pages. How many total pages does she read at night during the 30 days of November?

Lesson 7Represent 6x41 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 7Represent 7x31 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 8Represent 4 × 513 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 8Represent 3 × 1,054 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 9Solve using the standard algorithm.

Lesson 10Solve using the standard algorithm.

Lesson 6

Represent the following problem by drawing disks in the place value chart.

Lesson 6

Every night, Eloise reads 40 pages. How many total pages does she read at night during the 30 days of November?

Lesson 7

Represent 6x41 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 7

Represent 7x31 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 8

Represent 4 × 513 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 8

Represent 3 × 1,054 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 9

Solve using the standard algorithm.

Lesson 10

Solve using the standard algorithm.

Lesson 6

Represent the following problem by drawing disks in the place value chart.

Lesson 6

Every night, Eloise reads 40 pages. How many total pages does she read at night during the 30 days of November?

Lesson 7

Represent 6x41 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 7

Represent 7x31 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 8

Represent 4 × 513 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 8

Represent 3 × 1,054 with disks, regrouping as necessary. To the right, record the partial products vertically.

Lesson 9

Solve using the standard algorithm.

Lesson 10

Solve using the standard algorithm.