MATH GAME

PEMDAS

100

36 ÷ 3 – 4 × 3 + 24 ÷ 2

12

200

 16 ÷ 2 + 6 × 5 + 2 – 47

-7

300

 (20 + 80 ÷ 2 × 8) ÷ [(54 ÷ 9 + 14) ÷ 4]

68

400

2 × {11 + [2 × (10 – 15 + 8 × 3)] + 1}

100

500

100 – {4 × [3 × (19 + 1) ÷ 4]}

40

INTEGERS

100

-26+(-18)-(-100)-149

-93

200

46+(-98)-(-23)+(-76)

-105

300

100+(-69)-(-87)+(-59)

59

400

-76-(-186)+214-193

131

500

-219+(-142)-(-107)-62

-316

RADICAL FORM

100

9√84

18√21

200

√153

3√17

300

√675

15√3

400

–√320

8√5

500

√720

12√5

TRIANGLES

100

Each of the two equal sides of an isosceles triangle measures 18 feet. If the perimeter of the triangle is 51 feet, what is the length of the missing side?

15 feet

200

The perimeter of a triangle is 48 inches. If the lengths of two sides are 20 inches and 17 inches, !nd the length of the other side of the triangle.

11 inches

300

The perimeter of a triangle is 43 yards. If the lengths of two sides are 11 yards and 19 yards, !nd the length of the other side of the triangle.

13 yards

400

The side lengths of a triangle are 17.9 yards, 20.5 yards and 21.8 yards. Determine its perimeter

60.2 yards

500

 John owns a triangle-shaped farm in Texas. What is the perimeter of the farm, if its sides measure 83.1 yards, 83.1 yards and 92.5 yards?

258.7 yards

SOLVING EQUATIONS

100

3(x – 4) = 2(–2x + 1)

x = 2

200

3(2r – 14) – 3r = 13(r – 4)

r = 1

300

5g + 17 = 9(–g + 13 + 6g) + 20

g = –3

400

5.3(v – 5) = 3(1 + 3.5v) – 2.98

v = –5.1

500

0.3(4a – 5.8) = 2(5.21 + a)

a = –15.2