2D Geometry Questions and Answers

Formula 7 mi Volume 2 mi Formula Volume 8 in
Geometry
2D Geometry
Formula 7 mi Volume 2 mi Formula Volume 8 in
Point C is located at 3 Plot Point C on the number line below Click on the graph to plot a point Click a point to delete it 10 5 O 5 10
Geometry
2D Geometry
Point C is located at 3 Plot Point C on the number line below Click on the graph to plot a point Click a point to delete it 10 5 O 5 10
Two transformations are performed on a figure on a coordinate plane The first transformation is a translation 10 units to the right Which secom transformation will result in an figure that is similar to but not congruent to the original figure 0000 6506 O A clockwise rotation of 90 about the center A clockwise rotation of 180 about the center A dilation by a scale factor of 1 with the origin as the center of dilation A dilation by a scale factor of 1 2 with the origin as the center of dilation
Geometry
2D Geometry
Two transformations are performed on a figure on a coordinate plane The first transformation is a translation 10 units to the right Which secom transformation will result in an figure that is similar to but not congruent to the original figure 0000 6506 O A clockwise rotation of 90 about the center A clockwise rotation of 180 about the center A dilation by a scale factor of 1 with the origin as the center of dilation A dilation by a scale factor of 1 2 with the origin as the center of dilation
Drag the numbers below to put them in order from least to greatest 1 14 17 10 18 12
Geometry
2D Geometry
Drag the numbers below to put them in order from least to greatest 1 14 17 10 18 12
5 Ramon has a rolling backpack that is 3 feet tall when the handle is extended When he is pulling the backpack Ramon s hand is 3 feet from the ground What angle does his backpack make with the floor Round to the nearest degree Hint How could you rewrite 3 as a decimal 3 ft 3 ft
Geometry
2D Geometry
5 Ramon has a rolling backpack that is 3 feet tall when the handle is extended When he is pulling the backpack Ramon s hand is 3 feet from the ground What angle does his backpack make with the floor Round to the nearest degree Hint How could you rewrite 3 as a decimal 3 ft 3 ft
4 0 400 300 answer choices 50 5 degrees 12 7 degrees 36 9 degrees Q Solve for the missing angle
Geometry
2D Geometry
4 0 400 300 answer choices 50 5 degrees 12 7 degrees 36 9 degrees Q Solve for the missing angle
QUESTION 6 Circle the two triangles that are congruent Write the congruence sta theorem can be used to support the congruency E CONGRUENCE STATEMENT TIFY G R S X W
Geometry
2D Geometry
QUESTION 6 Circle the two triangles that are congruent Write the congruence sta theorem can be used to support the congruency E CONGRUENCE STATEMENT TIFY G R S X W
a and fb are orthogonal If a 4 5 and b x y then the ratio is
Geometry
2D Geometry
a and fb are orthogonal If a 4 5 and b x y then the ratio is
1 Points DET Find the point on the f x v xv
Geometry
2D Geometry
1 Points DET Find the point on the f x v xv
Are the following triangles congruent f so which shortcut did you use to determine the congruence D N E Are the two triangles congs
Geometry
2D Geometry
Are the following triangles congruent f so which shortcut did you use to determine the congruence D N E Are the two triangles congs
The perimeter of triangle CDE is 88 Find the length of side CE and the length of side DE A C 3x 4 E 2x
Geometry
2D Geometry
The perimeter of triangle CDE is 88 Find the length of side CE and the length of side DE A C 3x 4 E 2x
Find the value of x 9x 5 4x 20
Geometry
2D Geometry
Find the value of x 9x 5 4x 20
ABC above AB 7 and CB 14 Complete the triangle by finding all sides and angles Round to the nearest tenth A
Geometry
2D Geometry
ABC above AB 7 and CB 14 Complete the triangle by finding all sides and angles Round to the nearest tenth A
ou are building a skateboard ramp from a piece of wood that is 3 1 meters long You want the to make an angle of 25 with the ground To the nearest tenth of a meter what is the length of the base T 3 1 m
Geometry
2D Geometry
ou are building a skateboard ramp from a piece of wood that is 3 1 meters long You want the to make an angle of 25 with the ground To the nearest tenth of a meter what is the length of the base T 3 1 m
3 In triangle JKL below KL 6 and JK 2 Complete the triangle by finding all angles and sides he nearest tenth and box your answers below arl to azad se mont J diw alam sqar
Geometry
2D Geometry
3 In triangle JKL below KL 6 and JK 2 Complete the triangle by finding all angles and sides he nearest tenth and box your answers below arl to azad se mont J diw alam sqar
YOU DO ROUND 1 1 A 28 4 foot tree must be secured with a rope anchored 5 feet from the base of the tree What angle will the rope make with the ground Draw a picture first
Geometry
2D Geometry
YOU DO ROUND 1 1 A 28 4 foot tree must be secured with a rope anchored 5 feet from the base of the tree What angle will the rope make with the ground Draw a picture first
O WHAT DOES INVERSE TRIG MEAN In the diagram tan Y 5 X 5 Z 9 Y This implies that the tangent of angle 5 is equal to the side ratio 9 The length of the side opposite to the angle Y The length of the side adjacent to the angle Y In order to isolate an angle Y we must use invers the tangent function as follows
Geometry
2D Geometry
O WHAT DOES INVERSE TRIG MEAN In the diagram tan Y 5 X 5 Z 9 Y This implies that the tangent of angle 5 is equal to the side ratio 9 The length of the side opposite to the angle Y The length of the side adjacent to the angle Y In order to isolate an angle Y we must use invers the tangent function as follows
Find the measure of the are or angle indicated Assume that lines which appear tangent are tangent 1 239 69 K D 2 600 G
Geometry
2D Geometry
Find the measure of the are or angle indicated Assume that lines which appear tangent are tangent 1 239 69 K D 2 600 G
D Desmos Scientific 1 Desmos Graphing Next Dashboard SC018 Similarity and Similarity Tr
Geometry
2D Geometry
D Desmos Scientific 1 Desmos Graphing Next Dashboard SC018 Similarity and Similarity Tr
2 i In the following figure determine whether the triangles are similar If similar choose the correct statement which proves the similarity between the triangles a b Angle Angle AA B Side Angle Side SAS Side Side Side SSS None of the above ii The measure of is
Geometry
2D Geometry
2 i In the following figure determine whether the triangles are similar If similar choose the correct statement which proves the similarity between the triangles a b Angle Angle AA B Side Angle Side SAS Side Side Side SSS None of the above ii The measure of is
State if the two triangles are similar B D A B D A C G F yes AEDF ABCA by AA Similarity yes AEDF AABC by AA Similarity yes AEDF ABCA by ASA Similarity No there is not enough information to determine similarity
Geometry
2D Geometry
State if the two triangles are similar B D A B D A C G F yes AEDF ABCA by AA Similarity yes AEDF AABC by AA Similarity yes AEDF ABCA by ASA Similarity No there is not enough information to determine similarity
a b In the figure UV WX Yes or No For the figure given below can we say that the two triangles are similar v W U 15 20 Part B If they are similar then what are the possible similarity theorem that we can use to prove the triangles similar Mark all that app A None of the above B SSS similarity theorem CAA similarity theorem D SAS similarity theorem
Geometry
2D Geometry
a b In the figure UV WX Yes or No For the figure given below can we say that the two triangles are similar v W U 15 20 Part B If they are similar then what are the possible similarity theorem that we can use to prove the triangles similar Mark all that app A None of the above B SSS similarity theorem CAA similarity theorem D SAS similarity theorem
Certain pairs of triangles are shown below The column heading represents various theorems used to prove triangles are similar Identify which theorem is appropriate to prove each pair of triangles similar and then classify the triangles under the column heading Figure 1 Figure 3 B 27 DRAG DROP THE ANSWER Figure 1 Figure 2 Figure 3 Figure 4 14 AA theorem N Figure 2 M Figure 4 TA 12 20 15 SAS theorem
Geometry
2D Geometry
Certain pairs of triangles are shown below The column heading represents various theorems used to prove triangles are similar Identify which theorem is appropriate to prove each pair of triangles similar and then classify the triangles under the column heading Figure 1 Figure 3 B 27 DRAG DROP THE ANSWER Figure 1 Figure 2 Figure 3 Figure 4 14 AA theorem N Figure 2 M Figure 4 TA 12 20 15 SAS theorem
The two triangles are similar Create and solve proportions two of them to find the missing side measures Drag and drop your answers DRAG DROP THE ANSWER 5 4 3 2 12 20 12 16 A 20 3
Geometry
2D Geometry
The two triangles are similar Create and solve proportions two of them to find the missing side measures Drag and drop your answers DRAG DROP THE ANSWER 5 4 3 2 12 20 12 16 A 20 3
Determine the equation of ti The equation of the graph is
Geometry
2D Geometry
Determine the equation of ti The equation of the graph is
Monica and Brett are standing due east of a 86 m tall tower Monica s angle of elevation to the top of the tower is 19 Brett s angle of elevation to the top of the tower is 33 How far apart are Monica and Brett Round to two decimal places as needed
Geometry
2D Geometry
Monica and Brett are standing due east of a 86 m tall tower Monica s angle of elevation to the top of the tower is 19 Brett s angle of elevation to the top of the tower is 33 How far apart are Monica and Brett Round to two decimal places as needed
A ladder leans against the wall of a building The ladder measures 54 inches and forms an angle of 40 with the ground How far from the ground in inches is the top of the ladder How far from the wall in inches is the base of the ladder Round to two decimal places as needed Show your work here ground to top in inches
Geometry
2D Geometry
A ladder leans against the wall of a building The ladder measures 54 inches and forms an angle of 40 with the ground How far from the ground in inches is the top of the ladder How far from the wall in inches is the base of the ladder Round to two decimal places as needed Show your work here ground to top in inches
GEOMETRY Area involving inscribed figures A circle is placed in a square with a side len Do not round any intermediate steps Roun ist of geometry formulas
Geometry
2D Geometry
GEOMETRY Area involving inscribed figures A circle is placed in a square with a side len Do not round any intermediate steps Roun ist of geometry formulas
b The graph of y g x is shown Draw the graph of y g 2x SES SE TIER 3 2 N 10 HE 5
Geometry
2D Geometry
b The graph of y g x is shown Draw the graph of y g 2x SES SE TIER 3 2 N 10 HE 5
2 Given two curves C x 1 y 2 and C x 1 y 2 a Find the point p x y of the intersection of C and C such that y 0 b Find the two normal vectors to C and to C at the point p c Find the angle between the two vectors and
Geometry
2D Geometry
2 Given two curves C x 1 y 2 and C x 1 y 2 a Find the point p x y of the intersection of C and C such that y 0 b Find the two normal vectors to C and to C at the point p c Find the angle between the two vectors and
Begin by graphing f x 3 Then use transformations of this graph to graph the given function Be sure to graph and give the equation of the asymptote Use the graph to determine the function s domain and range If applicable use a graphing utility to confirm your hand drawn graphs h x 3 1 1 Which transformations are needed to graph the function h x 3 1 17 Choose the correct answer below OA The graph of f x 3 should be horizontally shifted 1 unit to the right and vertically shifted 1 unit downward OB The graph of f x 3 should be horizontally shifted 1 unit to the left and vertically shifted 1 unit downward OC The graph of f x 3 should be horizontally shifted 1 unit to the left and vertically shifted 1 unit upward OD The graph of f x 3 should be horizontally shifted 1 unit to the right and vertically shifted 1 unit upward Graph h x 3 1 and its asymptote Graph the asymptote as a dashed line Use the graphing tool to graph the function Click to enlarge graph Find the equation of the asymptote for h x 3 1 1 using the graph 10 40 18 42 12
Geometry
2D Geometry
Begin by graphing f x 3 Then use transformations of this graph to graph the given function Be sure to graph and give the equation of the asymptote Use the graph to determine the function s domain and range If applicable use a graphing utility to confirm your hand drawn graphs h x 3 1 1 Which transformations are needed to graph the function h x 3 1 17 Choose the correct answer below OA The graph of f x 3 should be horizontally shifted 1 unit to the right and vertically shifted 1 unit downward OB The graph of f x 3 should be horizontally shifted 1 unit to the left and vertically shifted 1 unit downward OC The graph of f x 3 should be horizontally shifted 1 unit to the left and vertically shifted 1 unit upward OD The graph of f x 3 should be horizontally shifted 1 unit to the right and vertically shifted 1 unit upward Graph h x 3 1 and its asymptote Graph the asymptote as a dashed line Use the graphing tool to graph the function Click to enlarge graph Find the equation of the asymptote for h x 3 1 1 using the graph 10 40 18 42 12
a rectangle prism that the area is 120 find the length
Geometry
2D Geometry
a rectangle prism that the area is 120 find the length
the local minimum of the function f x which is given in the graph below 6 5 4 3 2 1 6 5 4 3 2 1 0 2 5 1 2 3 4 5 6
Geometry
2D Geometry
the local minimum of the function f x which is given in the graph below 6 5 4 3 2 1 6 5 4 3 2 1 0 2 5 1 2 3 4 5 6
Find the exact circumference of this entire circle EXACT means leave in terms of and in fractions if necessary 120 Type a response 3 cm
Geometry
2D Geometry
Find the exact circumference of this entire circle EXACT means leave in terms of and in fractions if necessary 120 Type a response 3 cm
16 9 sqrt x 5 6 9 2 5 The answer above is NOT correct incorrect The domain of your function doesn t match that of the correct answer Find a formula for a function g z whose graph is obtained from f 2 z by shifting left 2 units vertically stretching by a factor of 6 reflecting about the z axis and shifting down 9 units
Geometry
2D Geometry
16 9 sqrt x 5 6 9 2 5 The answer above is NOT correct incorrect The domain of your function doesn t match that of the correct answer Find a formula for a function g z whose graph is obtained from f 2 z by shifting left 2 units vertically stretching by a factor of 6 reflecting about the z axis and shifting down 9 units
Sketch the graph of a polynomial function with zeros at x 5 3 and 2 an even degree overall and a negative leading coefficient
Geometry
2D Geometry
Sketch the graph of a polynomial function with zeros at x 5 3 and 2 an even degree overall and a negative leading coefficient
Find the points on the surface x z 49 64 3136 1 where the tangent plane is parallel to the plane 2x 7y z 2 Use symbolic notation and fractions where needed Give your answer as a comma separated list of coordinate points of form
Geometry
2D Geometry
Find the points on the surface x z 49 64 3136 1 where the tangent plane is parallel to the plane 2x 7y z 2 Use symbolic notation and fractions where needed Give your answer as a comma separated list of coordinate points of form
Date 7 Find mV Sex Y V 10x 27 2x 29 X
Geometry
2D Geometry
Date 7 Find mV Sex Y V 10x 27 2x 29 X
4 Find KL 7 x 2 7 x 2 12x 22 7x K 12x 2
Geometry
2D Geometry
4 Find KL 7 x 2 7 x 2 12x 22 7x K 12x 2
ym 4 520 JIBO 30 1189 95 1x m Tie 22M find 2 and y in the given figure
Geometry
2D Geometry
ym 4 520 JIBO 30 1189 95 1x m Tie 22M find 2 and y in the given figure
19 28 Solving a Triangle Use the Law of Sines to solve for all possible triangles that satisfy the given conditions 19 a 28 b 15 LA 110 20 a 30 c 40 LA 37 21 a 20 c 45 LA 125 22 b 45 c 42 LC 38 23 b 25 c 30 LB 25 2i bud sill of 197132
Geometry
2D Geometry
19 28 Solving a Triangle Use the Law of Sines to solve for all possible triangles that satisfy the given conditions 19 a 28 b 15 LA 110 20 a 30 c 40 LA 37 21 a 20 c 45 LA 125 22 b 45 c 42 LC 38 23 b 25 c 30 LB 25 2i bud sill of 197132
5 As shown in the diagram below a ladder 12 feet long leans against a wall and makes an angle of 72 with the ground Label missing sides using different variables a Find to the nearest tenth of a foot the distance from the wall to the base of the ladder b Find to the nearest tenth how high the ladder leans against the building 12 ft
Geometry
2D Geometry
5 As shown in the diagram below a ladder 12 feet long leans against a wall and makes an angle of 72 with the ground Label missing sides using different variables a Find to the nearest tenth of a foot the distance from the wall to the base of the ladder b Find to the nearest tenth how high the ladder leans against the building 12 ft
1 Using the right triangles ABC GEF and IHJ below to complete the trig ratios below 1 G 12 13 a sin A d tan F E 5 g cos 5 4 b cos A e cos G B 3 A h tan I b tan C f sin F 2 H 5 JI
Geometry
2D Geometry
1 Using the right triangles ABC GEF and IHJ below to complete the trig ratios below 1 G 12 13 a sin A d tan F E 5 g cos 5 4 b cos A e cos G B 3 A h tan I b tan C f sin F 2 H 5 JI
What are the horizontal shift and vertical shift of this equation y x 3 2 5
Geometry
2D Geometry
What are the horizontal shift and vertical shift of this equation y x 3 2 5
Solve the system using row operations X y Z 4x 4y 3z 2y 3x 4z 3x 3y 6z 5 12 21
Geometry
2D Geometry
Solve the system using row operations X y Z 4x 4y 3z 2y 3x 4z 3x 3y 6z 5 12 21
Graph the equation and state the slope d x 3
Geometry
2D Geometry
Graph the equation and state the slope d x 3
8 10x 1 14 13x 1 18 6x s4 54 X 42 42 42 12 12 X
Geometry
2D Geometry
8 10x 1 14 13x 1 18 6x s4 54 X 42 42 42 12 12 X
Solve for x Assume that lines which appear tangent are tangent 18 12 12 PO 8 x 7 27 X 5
Geometry
2D Geometry
Solve for x Assume that lines which appear tangent are tangent 18 12 12 PO 8 x 7 27 X 5
This design began from the construction of a regular hexagon A Describe a rigid motion that will take the F E H B D
Geometry
2D Geometry
This design began from the construction of a regular hexagon A Describe a rigid motion that will take the F E H B D
In quadrilateral QUAD QDUA and QU DA U What additional information would be sufficient to prove that quadrilateral QUAD is a rectangle A B QR RA and DR RU QA DU QA 1 DU
Geometry
2D Geometry
In quadrilateral QUAD QDUA and QU DA U What additional information would be sufficient to prove that quadrilateral QUAD is a rectangle A B QR RA and DR RU QA DU QA 1 DU