Rhombuses - Intermediate Geometry (2024)

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Intermediate Geometry Help » Plane Geometry » Quadrilaterals » Rhombuses

Example Question #1 : Rhombuses

Given: RhombusesRhombuses - Intermediate Geometry (1)andRhombuses - Intermediate Geometry (2).

Rhombuses - Intermediate Geometry (3)

True, false, or undetermined:RhombusRhombuses - Intermediate Geometry (4)RhombusRhombuses - Intermediate Geometry (5).

Possible Answers:

False

Undetermined

True

Correct answer:

Undetermined

Explanation:

Two figures are congruentby definition if all of their corresponding sides are congruentand all of their corresponding angles are congruent.

By definition, a rhombus has four sides of equal length.If we letRhombuses - Intermediate Geometry (6)be the common sidelength ofRhombusRhombuses - Intermediate Geometry (7)andRhombuses - Intermediate Geometry (8)be the common sidelength ofRhombusRhombuses - Intermediate Geometry (9), then, sinceRhombuses - Intermediate Geometry (10), it follows thatRhombuses - Intermediate Geometry (11), so corresponding sides are congruent. However, no information is given about their angle measures. Therefore, it cannot be determined whether or not the two rhombuses are congruent.

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Example Question #2 : How To Find If Rhombuses Are Similar

Given: RhombusesRhombuses - Intermediate Geometry (12)andRhombuses - Intermediate Geometry (13).

Rhombuses - Intermediate Geometry (14)andRhombuses - Intermediate Geometry (15)

True, false, or undetermined:RhombusRhombuses - Intermediate Geometry (16)RhombusRhombuses - Intermediate Geometry (17).

Possible Answers:

True

False

Undetermined

Correct answer:

True

Explanation:

Two figures are similar by definition if all of their corresponding sides are proportional and all of their corresponding angles are congruent.

By definition, a rhombus has four sides that are congruent. If we letRhombuses - Intermediate Geometry (18)be the common sidelength ofRhombusRhombuses - Intermediate Geometry (19)andRhombuses - Intermediate Geometry (20)be the common sidelength ofRhombus Rhombuses - Intermediate Geometry (21), it can easily be seen that the ratio of the length of each side of the former to that of the latter is the same ratio, namely,Rhombuses - Intermediate Geometry (22).

Also, a rhombus being a parallelogram, its opposite angles are congruent, and its consecutiveangles are supplementary. Therefore, sinceRhombuses - Intermediate Geometry (23), it follows thatRhombuses - Intermediate Geometry (24), andRhombuses - Intermediate Geometry (25). By a similar argument,Rhombuses - Intermediate Geometry (26)andRhombuses - Intermediate Geometry (27). Therefore,

Rhombuses - Intermediate Geometry (28)

Rhombuses - Intermediate Geometry (29)

Rhombuses - Intermediate Geometry (30)

Rhombuses - Intermediate Geometry (31)

Since all corresponding sides are proportional and all correspondingangles are congruent, it holds thatRhombusRhombuses - Intermediate Geometry (32)RhombusRhombuses - Intermediate Geometry (33).

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Example Question #1 : How To Find An Angle In A Rhombus

A rhombus has two interior angles with a measurement ofRhombuses - Intermediate Geometry (34)degrees. What is the measurement of each of the other two interior angles?

Possible Answers:

One angle isRhombuses - Intermediate Geometry (35)degrees and the other angle must beRhombuses - Intermediate Geometry (36)degrees.

Both of the remaining angles areRhombuses - Intermediate Geometry (37)degrees.

All of the interior angles of the rhombus areRhombuses - Intermediate Geometry (38)degrees.

Not enough information is provided to solve this problem.

Correct answer:

Both of the remaining angles areRhombuses - Intermediate Geometry (39)degrees.

Explanation:

The four interior angles in any rhombus must have a sum ofRhombuses - Intermediate Geometry (40)degrees. The opposite interior angles must be equivalent, and the adjacent angles have a sum ofRhombuses - Intermediate Geometry (41)degrees.

Thus, if a rhombus has two interior angles ofRhombuses - Intermediate Geometry (42)degrees, there must also be two angles that equal:

Rhombuses - Intermediate Geometry (43)

Check:

Rhombuses - Intermediate Geometry (44)

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Example Question #1 : How To Find An Angle In A Rhombus

Rhombuses - Intermediate Geometry (45)

Using the rhombus above, find the sum of anglesRhombuses - Intermediate Geometry (46)andRhombuses - Intermediate Geometry (47)

Possible Answers:

Rhombuses - Intermediate Geometry (48)

Rhombuses - Intermediate Geometry (49)

Rhombuses - Intermediate Geometry (50)

Rhombuses - Intermediate Geometry (51)

Correct answer:

Rhombuses - Intermediate Geometry (52)

Explanation:

The four interior angles in any rhombus must have a sum ofRhombuses - Intermediate Geometry (53)degrees.

The opposite interior angles must be equivalent, and the adjacent angles have a sum ofRhombuses - Intermediate Geometry (54)degrees.

SinceRhombuses - Intermediate Geometry (55)then,Rhombuses - Intermediate Geometry (56)

Rhombuses - Intermediate Geometry (57)

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Example Question #3 : How To Find An Angle In A Rhombus

Rhombuses - Intermediate Geometry (58)

In the above rhombus, angleRhombuses - Intermediate Geometry (59)degrees. Find the sum of angles Rhombuses - Intermediate Geometry (60)andRhombuses - Intermediate Geometry (61)

Possible Answers:

Rhombuses - Intermediate Geometry (62)

Rhombuses - Intermediate Geometry (63)

Rhombuses - Intermediate Geometry (64)

Rhombuses - Intermediate Geometry (65)

Correct answer:

Rhombuses - Intermediate Geometry (66)

Explanation:

The four interior angles in any rhombus must have a sum ofRhombuses - Intermediate Geometry (67)degrees. The opposite interior angles must be equivalent, and the adjacent angles have a sum ofRhombuses - Intermediate Geometry (68)degrees.

SinceRhombuses - Intermediate Geometry (69), Rhombuses - Intermediate Geometry (70)

AndRhombuses - Intermediate Geometry (71)

So,Rhombuses - Intermediate Geometry (72)

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Example Question #1 : How To Find An Angle In A Rhombus

Rhombuses - Intermediate Geometry (73)

In the rhombus shown above, angleRhombuses - Intermediate Geometry (74)has a measurement ofRhombuses - Intermediate Geometry (75)degrees. Find the measurement of angleRhombuses - Intermediate Geometry (76).

Possible Answers:

Rhombuses - Intermediate Geometry (77)

Rhombuses - Intermediate Geometry (78)

Rhombuses - Intermediate Geometry (79)

Rhombuses - Intermediate Geometry (80)

Correct answer:

Rhombuses - Intermediate Geometry (81)

Explanation:

The four interior angles in any rhombus must have a sum ofRhombuses - Intermediate Geometry (82)degrees.

The opposite interior angles must be equivalent, and the adjacent angles have a sum ofRhombuses - Intermediate Geometry (83)degrees.

Since angleRhombuses - Intermediate Geometry (84)is adjacent to angleRhombuses - Intermediate Geometry (85), they must have a sum ofRhombuses - Intermediate Geometry (86)degrees.

The solution is:

Rhombuses - Intermediate Geometry (87)

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Example Question #5 : How To Find An Angle In A Rhombus

Rhombuses - Intermediate Geometry (88)

In the rhombus shown above, angleRhombuses - Intermediate Geometry (89)has a measurement ofRhombuses - Intermediate Geometry (90)degrees. Find the sum of anglesRhombuses - Intermediate Geometry (91)andRhombuses - Intermediate Geometry (92)

Possible Answers:

Rhombuses - Intermediate Geometry (93)

Rhombuses - Intermediate Geometry (94)

Rhombuses - Intermediate Geometry (95)

Rhombuses - Intermediate Geometry (96)

Correct answer:

Rhombuses - Intermediate Geometry (97)

Explanation:

The four interior angles in any rhombus must have a sum ofRhombuses - Intermediate Geometry (98)degrees.

The opposite interior angles must be equivalent, and the adjacent angles have a sum ofRhombuses - Intermediate Geometry (99)degrees.

AnglesRhombuses - Intermediate Geometry (100)andRhombuses - Intermediate Geometry (101)are opposite interior angles, so they must have equivalent measurements.

The sum is:

Rhombuses - Intermediate Geometry (102)

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Example Question #1 : Quadrilaterals

Rhombuses - Intermediate Geometry (103)

AngleRhombuses - Intermediate Geometry (104)has a measurement ofRhombuses - Intermediate Geometry (105)degrees. Find the sum of anglesRhombuses - Intermediate Geometry (106)andRhombuses - Intermediate Geometry (107)

Possible Answers:

Rhombuses - Intermediate Geometry (108)

Rhombuses - Intermediate Geometry (109)

Rhombuses - Intermediate Geometry (110)

Rhombuses - Intermediate Geometry (111)

Correct answer:

Rhombuses - Intermediate Geometry (112)

Explanation:

The four interior angles in any rhombus must have a sum ofRhombuses - Intermediate Geometry (113)degrees.

The opposite interior angles must be equivalent, and the adjacent angles have a sum ofRhombuses - Intermediate Geometry (114)degrees.

Since, both anglesRhombuses - Intermediate Geometry (115)andRhombuses - Intermediate Geometry (116)are adjacent to angleRhombuses - Intermediate Geometry (117)--find the measurement of one of these two angles by:Rhombuses - Intermediate Geometry (118).

AngleRhombuses - Intermediate Geometry (119)and angleRhombuses - Intermediate Geometry (120)must each equalRhombuses - Intermediate Geometry (121)degrees. So the sum of anglesRhombuses - Intermediate Geometry (122)andRhombuses - Intermediate Geometry (123)degrees.

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Example Question #7 : How To Find An Angle In A Rhombus

Given: ParallelogramRhombuses - Intermediate Geometry (124)such thatRhombuses - Intermediate Geometry (125).

True or false:ParallelogramRhombuses - Intermediate Geometry (126)cannot be a rhombus.

Possible Answers:

False

True

Correct answer:

False

Explanation:

A rhombus is defined to be a parallelogram with four congruent sides; there is no restriction as to the measures of the angles. Therefore, a rhombus can have angles of any measure. The correct choice is "false".

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Example Question #1 : How To Find An Angle In A Rhombus

Given: RhombusRhombuses - Intermediate Geometry (127)with diagonalsRhombuses - Intermediate Geometry (128)andRhombuses - Intermediate Geometry (129)intersecting at pointRhombuses - Intermediate Geometry (130).

True or false:Rhombuses - Intermediate Geometry (131)must bea right angle.

Possible Answers:

False

True

Correct answer:

True

Explanation:

One characteristic of a rhombusis that its diagonals are perpendicular. It follows thatRhombuses - Intermediate Geometry (132)must be a right angle.

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