Solution for the question - the length of ab is 33152312

9th-Grade-Math---USA

Relation-within-Triangles

Easy

Question

The length of $stack A B with bar on top$ is

12
23
15
33

The correct answer is: 15

Centroid divides the median in the ratio (from the vertex)

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

List the sides in order from smallest to largest.

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

The co-ordinates of the centroid D of $increment R S T$ having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

If WZ is the perpendicular bisector of XY, then the value of XZ is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

In the diagram, if $stack D E with bar on top$ is a mid-segment of $increment A B C$ , then the value of AC is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

In the diagram if $capital delta J K L approximately equal to capital delta R S T$ , then the value of x is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

If point D is the centroid of $increment A B C$ , GD = 2x – 8 & GC = 3x + 3, then the value of x is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

The co-ordinates of the centroid P of $increment A B C$ with A(0, 4), B(3, 10), C(6, -2) is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

If G is the centroid of $increment A B C$ , AE = 15, then the length of the segment $stack G E with bar on top$ is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

The value of x is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

If ray $stack B D with rightwards arrow on top$ bisects $angle A B C$ , then the value of x is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

$capital delta O G H$ with co-ordinates O(0, 0), G(6, 6), H(8, 0). WV is a mid-segment. Parallel to OH. The length of WV is

9th-Grade-Math---USARelation-within-Triangles

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The length of is

12 23 1533

The correct answer is: 15

Related Questions to study

Centroid divides the median in the ratio (from the vertex)

Centroid divides the median in the ratio (from the vertex)

List the sides in order from smallest to largest.

List the sides in order from smallest to largest.

The co-ordinates of the centroid D of having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

The co-ordinates of the centroid D of having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

If WZ is the perpendicular bisector of XY, then the value of XZ is

If WZ is the perpendicular bisector of XY, then the value of XZ is

In the diagram, if is a mid-segment of , then the value of AC is

In the diagram, if is a mid-segment of , then the value of AC is

In the diagram if , then the value of x is

In the diagram if , then the value of x is

If point D is the centroid of , GD = 2x – 8 & GC = 3x + 3, then the value of x is

If point D is the centroid of , GD = 2x – 8 & GC = 3x + 3, then the value of x is

The co-ordinates of the centroid P of with A(0, 4), B(3, 10), C(6, -2) is

The co-ordinates of the centroid P of with A(0, 4), B(3, 10), C(6, -2) is

If G is the centroid of , AE = 15, then the length of the segment is

If G is the centroid of , AE = 15, then the length of the segment is

The value of x is

The value of x is

If ray bisects , then the value of x is

If ray bisects , then the value of x is

The length of is

The length of is

In the diagram, if JK is perpendicular bisector of NL, then the value of NK is

In the diagram, if JK is perpendicular bisector of NL, then the value of NK is

If bisects the segment, then the value of LN is

If bisects the segment, then the value of LN is

with co-ordinates O(0, 0), G(6, 6), H(8, 0). WV is a mid-segment. Parallel to OH. The length of WV is

with co-ordinates O(0, 0), G(6, 6), H(8, 0). WV is a mid-segment. Parallel to OH. The length of WV is

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The length of $stack A B with bar on top$ is

12
23
15
33

The co-ordinates of the centroid D of $increment R S T$ having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

The co-ordinates of the centroid D of $increment R S T$ having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

In the diagram, if $stack D E with bar on top$ is a mid-segment of $increment A B C$ , then the value of AC is

In the diagram, if $stack D E with bar on top$ is a mid-segment of $increment A B C$ , then the value of AC is

In the diagram if $capital delta J K L approximately equal to capital delta R S T$ , then the value of x is

In the diagram if $capital delta J K L approximately equal to capital delta R S T$ , then the value of x is

If point D is the centroid of $increment A B C$ , GD = 2x – 8 & GC = 3x + 3, then the value of x is

If point D is the centroid of $increment A B C$ , GD = 2x – 8 & GC = 3x + 3, then the value of x is

The co-ordinates of the centroid P of $increment A B C$ with A(0, 4), B(3, 10), C(6, -2) is

The co-ordinates of the centroid P of $increment A B C$ with A(0, 4), B(3, 10), C(6, -2) is

If G is the centroid of $increment A B C$ , AE = 15, then the length of the segment $stack G E with bar on top$ is

If G is the centroid of $increment A B C$ , AE = 15, then the length of the segment $stack G E with bar on top$ is

If ray $stack B D with rightwards arrow on top$ bisects $angle A B C$ , then the value of x is

If ray $stack B D with rightwards arrow on top$ bisects $angle A B C$ , then the value of x is

The length of $stack A B with bar on top$ is

The length of $stack A B with bar on top$ is

If $l$ bisects the segment, then the value of LN is

If $l$ bisects the segment, then the value of LN is

$capital delta O G H$ with co-ordinates O(0, 0), G(6, 6), H(8, 0). WV is a mid-segment. Parallel to OH. The length of WV is

$capital delta O G H$ with co-ordinates O(0, 0), G(6, 6), H(8, 0). WV is a mid-segment. Parallel to OH. The length of WV is