2D Geometry Questions and Answers

The figure below is dilat by a factor image Click twice to plot a segment Click a segment to delete it y 10 9 8 7 6 5 4 3 2 K 10 9 100 M N 24 H 54 5 9 7 8 9 10
Geometry
2D Geometry
The figure below is dilat by a factor image Click twice to plot a segment Click a segment to delete it y 10 9 8 7 6 5 4 3 2 K 10 9 100 M N 24 H 54 5 9 7 8 9 10
Savannah is flying a kite holding her hands a distance of 2 5 feet above the ground and letting all the kite s string play out She measures the angle of elevation from her hand to the kite to be 32 If the string from the kite to her hand is 75 feet long how many feet is the kite above the ground Round your answer to the nearest tenth of a foot if necessary
Geometry
2D Geometry
Savannah is flying a kite holding her hands a distance of 2 5 feet above the ground and letting all the kite s string play out She measures the angle of elevation from her hand to the kite to be 32 If the string from the kite to her hand is 75 feet long how many feet is the kite above the ground Round your answer to the nearest tenth of a foot if necessary
Consider the following diagram A B C D If the blue lines represent possible pathways how many ways are there travel from point A to point D if we must pass through point B and C an movements are only made going down and to the right
Geometry
2D Geometry
Consider the following diagram A B C D If the blue lines represent possible pathways how many ways are there travel from point A to point D if we must pass through point B and C an movements are only made going down and to the right
Think About a Plan A manufacturer is making cardboard boxes by cutting out four equal squares from the corners of the rectangular piece of cardboard and then folding the remaining part into a box The length of the cardboard piece is 1 in longer than its width The manufacturer can cut out either 3 x 3 in squares or 4 x 4 in squares Find the dimensions of the cardboard for which the volume of the boxes produced by both methods will be the same o How can you represent the volume of the box using one variable o What system of equations can you write o Which method can you use to solve the system
Geometry
2D Geometry
Think About a Plan A manufacturer is making cardboard boxes by cutting out four equal squares from the corners of the rectangular piece of cardboard and then folding the remaining part into a box The length of the cardboard piece is 1 in longer than its width The manufacturer can cut out either 3 x 3 in squares or 4 x 4 in squares Find the dimensions of the cardboard for which the volume of the boxes produced by both methods will be the same o How can you represent the volume of the box using one variable o What system of equations can you write o Which method can you use to solve the system
Solve for angle B B 235 m 275 m
Geometry
2D Geometry
Solve for angle B B 235 m 275 m
The graph of the increasing function f is shown in the xy plane If the function is de h x f x which of the following must be true for all values of 27 Oh x 20 OK x 0 Oh x 20 Oh x 0 Ohx 0
Geometry
2D Geometry
The graph of the increasing function f is shown in the xy plane If the function is de h x f x which of the following must be true for all values of 27 Oh x 20 OK x 0 Oh x 20 Oh x 0 Ohx 0
Let f be the linear function in blue and let g be the parabolic function in red below If you are having a hard time seeing the picture clearly click on the picture It will expand to larger picture on its own pag Note If the answer does not exist enter DNE 1 fog 2 2 gof 2 3 fof 2 4 gog 2 5 f g 4 E 6 f g 2 Note You can earn partial credit on this problem 1 0 X
Geometry
2D Geometry
Let f be the linear function in blue and let g be the parabolic function in red below If you are having a hard time seeing the picture clearly click on the picture It will expand to larger picture on its own pag Note If the answer does not exist enter DNE 1 fog 2 2 gof 2 3 fof 2 4 gog 2 5 f g 4 E 6 f g 2 Note You can earn partial credit on this problem 1 0 X
In the figure shown what is the value of x B X 13x12 A C F LL 7x 6 E
Geometry
2D Geometry
In the figure shown what is the value of x B X 13x12 A C F LL 7x 6 E
i x intercept ii y intercept iii Holes iv Vertical Asymptotes v Horizontal Oblique Asymptotes vi The end behaviours vii Defining Intervals viii Sketch by hand a f x 5 x 2 b f x 5 2x 5
Geometry
2D Geometry
i x intercept ii y intercept iii Holes iv Vertical Asymptotes v Horizontal Oblique Asymptotes vi The end behaviours vii Defining Intervals viii Sketch by hand a f x 5 x 2 b f x 5 2x 5
the circle defined by x y 4x 1 0 Show Transcribed Text
Geometry
2D Geometry
the circle defined by x y 4x 1 0 Show Transcribed Text
Refer to the graph of y f x shown on the right Find the absolute minimum and the absolute maximum over the interval 1 13 OB The absolute minimum is at x Round to the nearest integer as needed 15 O A The absolute maximum is at x and x 7 54 and x Round to the nearest integer as needed Use ascending order 0 OB The absolute maximum is at x f x Round to the nearest integer as needed 0 Identify the absolute minimum Select the correct choice below fill in any answer boxes within your choice O A The absolute minimum is at x Round to the nearest integer as needed Use ascending order 7 14 O C There is no absolute minimum Identify the absolute maximum Select the correct choice below fill in any answer boxes within your choice Q 37
Geometry
2D Geometry
Refer to the graph of y f x shown on the right Find the absolute minimum and the absolute maximum over the interval 1 13 OB The absolute minimum is at x Round to the nearest integer as needed 15 O A The absolute maximum is at x and x 7 54 and x Round to the nearest integer as needed Use ascending order 0 OB The absolute maximum is at x f x Round to the nearest integer as needed 0 Identify the absolute minimum Select the correct choice below fill in any answer boxes within your choice O A The absolute minimum is at x Round to the nearest integer as needed Use ascending order 7 14 O C There is no absolute minimum Identify the absolute maximum Select the correct choice below fill in any answer boxes within your choice Q 37
11 In rectangle RECT above mzCRE 3x and TRC 5x 10 What is the m RCE a 10 R b 30 c 50 d 60 T
Geometry
2D Geometry
11 In rectangle RECT above mzCRE 3x and TRC 5x 10 What is the m RCE a 10 R b 30 c 50 d 60 T
II Diagonals are perpendicular III Diagonals bisect each other IV Diagonals bisect angles Which of these are all properties of a RECTANGLE a I only b II and III c I and III d IV only
Geometry
2D Geometry
II Diagonals are perpendicular III Diagonals bisect each other IV Diagonals bisect angles Which of these are all properties of a RECTANGLE a I only b II and III c I and III d IV only
10 In parallelogram JKLM above mz 6x and m M 12x What is the mZK a 10 b 60 c 120 d 170 M
Geometry
2D Geometry
10 In parallelogram JKLM above mz 6x and m M 12x What is the mZK a 10 b 60 c 120 d 170 M
15 When is a rectangle a square a When diagonals are congruent b When diagonals bisect each other c When diagonals bisect angles d When all four angles are right angles
Geometry
2D Geometry
15 When is a rectangle a square a When diagonals are congruent b When diagonals bisect each other c When diagonals bisect angles d When all four angles are right angles
14 In kite KITE KM x 9 and TK 3x What is the length of TK a 3 b 13 5 c 27 d 54 K M
Geometry
2D Geometry
14 In kite KITE KM x 9 and TK 3x What is the length of TK a 3 b 13 5 c 27 d 54 K M
13 In square ABCD above BA 3x 9 units and LB 15x What is the area of the square a 6 units b 36 units 81 units d 6 561 units C
Geometry
2D Geometry
13 In square ABCD above BA 3x 9 units and LB 15x What is the area of the square a 6 units b 36 units 81 units d 6 561 units C
8 Using the kite from 5 determine what type of triangle AMPN is a Scalene b Right scalene c Isosceles d Right
Geometry
2D Geometry
8 Using the kite from 5 determine what type of triangle AMPN is a Scalene b Right scalene c Isosceles d Right
He did the work below His work is incorrect but he correctly answers a different question What transformations did Jim Jom perform Jim Jom s Work R 40 AT 40
Geometry
2D Geometry
He did the work below His work is incorrect but he correctly answers a different question What transformations did Jim Jom perform Jim Jom s Work R 40 AT 40
Q2 Q3 the shape 90 CW around the origin What quadrant will the image be in What happens to the image placement as you move the center of rotation along the x axis in the positive direction 7 Given X is the midpoint of NR and AG Prove AANX AGRX N A 2y 3 Q1 04 8 Solve for x and y given that AABC AZNI Then find mZN B 5y C G Z 4x 13 3y 10 N By 11
Geometry
2D Geometry
Q2 Q3 the shape 90 CW around the origin What quadrant will the image be in What happens to the image placement as you move the center of rotation along the x axis in the positive direction 7 Given X is the midpoint of NR and AG Prove AANX AGRX N A 2y 3 Q1 04 8 Solve for x and y given that AABC AZNI Then find mZN B 5y C G Z 4x 13 3y 10 N By 11
0 A helicopter spots two landing pads in opposite directions below The angle of depression to Pad A and Pad B is 43 and 16 respectively If the straight line distance from the helicopter to Pad A is 7 miles find the distance between the landing pads Write your answer in a complete sentence for full credit Round your answer to the nearest tenth
Geometry
2D Geometry
0 A helicopter spots two landing pads in opposite directions below The angle of depression to Pad A and Pad B is 43 and 16 respectively If the straight line distance from the helicopter to Pad A is 7 miles find the distance between the landing pads Write your answer in a complete sentence for full credit Round your answer to the nearest tenth
5 Given Quadrilateral ABCD with A 5 0 B 1 4 C 3 1 and D 3 3 Prove ABCD is a rectangle but not a square
Geometry
2D Geometry
5 Given Quadrilateral ABCD with A 5 0 B 1 4 C 3 1 and D 3 3 Prove ABCD is a rectangle but not a square
3 4 02 Review ADEF is the image of AABC after Ty 0 What are the coordinates of D A X
Geometry
2D Geometry
3 4 02 Review ADEF is the image of AABC after Ty 0 What are the coordinates of D A X
tices A 5 0 B 1 3 C 2 1 D 4 2 Prove Quadrilateral ABCD is a rectangle Prove Quadrilateral ABCD is not a rhombus Justify mathematically and explain A B
Geometry
2D Geometry
tices A 5 0 B 1 3 C 2 1 D 4 2 Prove Quadrilateral ABCD is a rectangle Prove Quadrilateral ABCD is not a rhombus Justify mathematically and explain A B
In kite P mzPQR 78 and mzTRS 59 What is mzPST a 78 ei able contain signs woman to avion of phil b 62 c 59 albero d 31 MAS SU Simato0 2 R T
Geometry
2D Geometry
In kite P mzPQR 78 and mzTRS 59 What is mzPST a 78 ei able contain signs woman to avion of phil b 62 c 59 albero d 31 MAS SU Simato0 2 R T
ZJ and LM are base angles of isosceles trapezoid JKLM If m2J 18x 8 and mZM 11x 15 find m2K A 1 B 26 D 77 154
Geometry
2D Geometry
ZJ and LM are base angles of isosceles trapezoid JKLM If m2J 18x 8 and mZM 11x 15 find m2K A 1 B 26 D 77 154
What is not a property of a Kite answer choices Diagonals are perpendicular to each other One pair of opposite angles are congruent Two pairs of consecutive sides are congruent Diagonals bisect each other
Geometry
2D Geometry
What is not a property of a Kite answer choices Diagonals are perpendicular to each other One pair of opposite angles are congruent Two pairs of consecutive sides are congruent Diagonals bisect each other
Answer choices x 4 5 X 4 Of X that makes that shape a kite 4x 1 17 6x 3 21
Geometry
2D Geometry
Answer choices x 4 5 X 4 Of X that makes that shape a kite 4x 1 17 6x 3 21
Find for 0 0 360 in the following csc 0 5 and cot0 0
Geometry
2D Geometry
Find for 0 0 360 in the following csc 0 5 and cot0 0
O SEGMENTS AND ANGLES Segment addition and midpoints In the figure below B is between A and C and C is between B and D If AC 12 AD 19 and BD 11 find BC BC 0 B D X
Geometry
2D Geometry
O SEGMENTS AND ANGLES Segment addition and midpoints In the figure below B is between A and C and C is between B and D If AC 12 AD 19 and BD 11 find BC BC 0 B D X
In the figure below O is between M and P and N is the midpoint of MO If NO 8 and NP 13 find MP MP 8 P
Geometry
2D Geometry
In the figure below O is between M and P and N is the midpoint of MO If NO 8 and NP 13 find MP MP 8 P
NP Find each measure J K and L are midpoints of NO OP and PN respectively X 95 f x X X T DXI IA LP 1 J th NL 2T 31
Geometry
2D Geometry
NP Find each measure J K and L are midpoints of NO OP and PN respectively X 95 f x X X T DXI IA LP 1 J th NL 2T 31
Suppose the equation of line p is x 2 and the equation of line q is x 1 What translation is equivalent to pra To Tmn where m n and n
Geometry
2D Geometry
Suppose the equation of line p is x 2 and the equation of line q is x 1 What translation is equivalent to pra To Tmn where m n and n
A contractor builds two models of homes model A and model B The model A requires 200 worker days of labor and 200 000 in capital and model B requires 700 worker days of labor and 350 000 in capital The contractor has a total of 7000 worker days and 4 20 capital available per month The profit is 60 000 on model A and 105 000 on model B Building how many of each model will maximize the monthly profit What is the maximum possible profit Building how many of each model will maximize the monthly profit Choose the correct answer below OA Profit is maximized with 0 models of A and 21 models of B with 7 models of A and 8 models of B or with 14 models of A and 4 models of B OB Profit is maximized with 0 models of A and 21 models of B with 8 models of A and 7 models of B or with 14 models of A and 4 models of B OC Profit is maximized with 0 models of A and 21 models of B with 8 models of A and 7 models of B or with 4 models of A and 14 models of B D Profit is maximized with 21 models of A and 0 models of B with 7 models of A and 8 models of B or with 14 models of A and 4 models of B
Geometry
2D Geometry
A contractor builds two models of homes model A and model B The model A requires 200 worker days of labor and 200 000 in capital and model B requires 700 worker days of labor and 350 000 in capital The contractor has a total of 7000 worker days and 4 20 capital available per month The profit is 60 000 on model A and 105 000 on model B Building how many of each model will maximize the monthly profit What is the maximum possible profit Building how many of each model will maximize the monthly profit Choose the correct answer below OA Profit is maximized with 0 models of A and 21 models of B with 7 models of A and 8 models of B or with 14 models of A and 4 models of B OB Profit is maximized with 0 models of A and 21 models of B with 8 models of A and 7 models of B or with 14 models of A and 4 models of B OC Profit is maximized with 0 models of A and 21 models of B with 8 models of A and 7 models of B or with 4 models of A and 14 models of B D Profit is maximized with 21 models of A and 0 models of B with 7 models of A and 8 models of B or with 14 models of A and 4 models of B
2 TRAP is an isosceles trapezoid m R 3x m T 4x 96 and m P 12y Determine the value of x and y below R
Geometry
2D Geometry
2 TRAP is an isosceles trapezoid m R 3x m T 4x 96 and m P 12y Determine the value of x and y below R
4 4 02 Review Graph AA B C after Tx 1 A 10 In A AA
Geometry
2D Geometry
4 4 02 Review Graph AA B C after Tx 1 A 10 In A AA
In isosceles trapezoid QUAD AD 3x feet AU x 9 feet UQ 4x 72 feet and QD 8x feet a Solve for x b What property did you use to solve for x c Determine the length of DA and UQ D
Geometry
2D Geometry
In isosceles trapezoid QUAD AD 3x feet AU x 9 feet UQ 4x 72 feet and QD 8x feet a Solve for x b What property did you use to solve for x c Determine the length of DA and UQ D
3 Find m FAB B 3x 2 www 55 A
Geometry
2D Geometry
3 Find m FAB B 3x 2 www 55 A
4 Find m YDC Y D 15x 5 6x 6
Geometry
2D Geometry
4 Find m YDC Y D 15x 5 6x 6
2 c C 46 1 8x B
Geometry
2D Geometry
2 c C 46 1 8x B
T 5x 10 11x 2 U 58 S
Geometry
2D Geometry
T 5x 10 11x 2 U 58 S
Multiple Response Which coordinates can be used to describe the point on the grid to the right Check all that apply 5 2 5 117 5 2 5 37 76 25 5 77 5 37 5x T 7x 2T 3 4x 12 K 0 16 1 lt
Geometry
2D Geometry
Multiple Response Which coordinates can be used to describe the point on the grid to the right Check all that apply 5 2 5 117 5 2 5 37 76 25 5 77 5 37 5x T 7x 2T 3 4x 12 K 0 16 1 lt
Write the equation of the conic section shown below 10 9 8 7 6 5 4 3 2 1 focus 10 9 8 9 7 5 4 32 y 2 H 5 6 7 B 8 cl 3 4 5 9 7 00 8 9 10 X
Geometry
2D Geometry
Write the equation of the conic section shown below 10 9 8 7 6 5 4 3 2 1 focus 10 9 8 9 7 5 4 32 y 2 H 5 6 7 B 8 cl 3 4 5 9 7 00 8 9 10 X
10 8 pts Consider the triangle below not drawn to scale with a 26 cm b 12 cm and Y 20 Use the Law of Sines to find all possible values of c X and Z Show all work that leads up to your answer Round your final answers to one decimal place Include units in your answers b
Geometry
2D Geometry
10 8 pts Consider the triangle below not drawn to scale with a 26 cm b 12 cm and Y 20 Use the Law of Sines to find all possible values of c X and Z Show all work that leads up to your answer Round your final answers to one decimal place Include units in your answers b
For each of the following quadrilaterals select all the properties that must be true a Parallelogram b Square c Trapezoid All sides congruent Four right angles Only one pair of parallel sides Two pairs of parallel sides
Geometry
2D Geometry
For each of the following quadrilaterals select all the properties that must be true a Parallelogram b Square c Trapezoid All sides congruent Four right angles Only one pair of parallel sides Two pairs of parallel sides
AABC is shown on the coor late plane A After rotating AABC 180 about the origin and then reflecting it over the x axis what are the coordinates of AA B C A 2 6 B 5 4 C 2 1 A 6 2 B 4 5 C 1 2 A 2 6 B 4 5 C 2 1 A 6 2 B 4 5 C 1 2 Which of the following is NOT a correct name for the marked yellow angle E A B C D B A B C 22 ZE ZBEC
Geometry
2D Geometry
AABC is shown on the coor late plane A After rotating AABC 180 about the origin and then reflecting it over the x axis what are the coordinates of AA B C A 2 6 B 5 4 C 2 1 A 6 2 B 4 5 C 1 2 A 2 6 B 4 5 C 2 1 A 6 2 B 4 5 C 1 2 Which of the following is NOT a correct name for the marked yellow angle E A B C D B A B C 22 ZE ZBEC
The radius of a circle is 6 ft Answer the parts below Make sure that you use the correct units in your answers If necessary refer to the list of geometry formulas a Find the exact circumference and area of the circle Write your answers in terms of Exact circumference Exact area 0 b Approximate the circumference and area of the circle To do the approximations use the button on the ALEKS calculator and round your answers to the nearest hundredth Approximate circumference Approximate area 00 ft X B ft 6 ft ft
Geometry
2D Geometry
The radius of a circle is 6 ft Answer the parts below Make sure that you use the correct units in your answers If necessary refer to the list of geometry formulas a Find the exact circumference and area of the circle Write your answers in terms of Exact circumference Exact area 0 b Approximate the circumference and area of the circle To do the approximations use the button on the ALEKS calculator and round your answers to the nearest hundredth Approximate circumference Approximate area 00 ft X B ft 6 ft ft
The radius of a cylindrical water tank is 6 ft and its height is 16 ft Answer the parts below Make sure that you use the correct units in your answers If necessary refer to the list of geometry formulas a Find the exact volume of the tank Write your answer in terms of Exact volume 6 ft Approximate volume 16 ft b Using the ALEKS calculator approximate the volume of the tank To do the approximation use your answer to part a and the button on the calculator Round your answer to the nearest hundredth 00 ft X
Geometry
2D Geometry
The radius of a cylindrical water tank is 6 ft and its height is 16 ft Answer the parts below Make sure that you use the correct units in your answers If necessary refer to the list of geometry formulas a Find the exact volume of the tank Write your answer in terms of Exact volume 6 ft Approximate volume 16 ft b Using the ALEKS calculator approximate the volume of the tank To do the approximation use your answer to part a and the button on the calculator Round your answer to the nearest hundredth 00 ft X
A training field is formed by joining a rectangle and two semicircles as shown below The rectangle is 86 m long and 64 m wide What is the length of a training track running around the field Do not round any intermediate computations Round your final answer to the nearest hundredth and be sure to include the correct unit If necessary refer to the list of geometry formulas 86 m 64 m 0 m X m m G Esp
Geometry
2D Geometry
A training field is formed by joining a rectangle and two semicircles as shown below The rectangle is 86 m long and 64 m wide What is the length of a training track running around the field Do not round any intermediate computations Round your final answer to the nearest hundredth and be sure to include the correct unit If necessary refer to the list of geometry formulas 86 m 64 m 0 m X m m G Esp
PORES Find the measure of each angle m2WXY 9 4b 6 mZXYW 4b 8 abel optional n
Geometry
2D Geometry
PORES Find the measure of each angle m2WXY 9 4b 6 mZXYW 4b 8 abel optional n