Point U is on line segment start overline, T, V, end overline
TV
. Given T, U, equals, 2TU=2 and T, V, equals, 16, commaTV=16, determine the length start overline, U, V, end overline, .
UV
.
Given that we have line segment TV = 16 and segment TU = 2, we can find UV by subtracting TU from TV.
UV = TV - TU
UV = 16 - 2
UV = 14
Therefore, the length of UV is 14.
Point H is on line segment start overline, G, I, end overline
GI
. Given G, H, equals, 2GH=2 and H, I, equals, 10, commaHI=10, determine the length start overline, G, I, end overline, .
GI
.
Given that we have line segment HI = 10 and segment GH = 2, we can find GI by adding GH and HI.
GI = GH + HI
GI = 2 + 10
GI = 12
Therefore, the length of GI is 12.
Point K is on line segment start overline, J, L, end overline
JL
. Given J, L, equals, 19JL=19 and K, L, equals, 12, commaKL=12, determine the length start overline, J, K, end overline, .
JK
.
Given that we have line segment JL = 19 and segment KL = 12, we can find JK by subtracting KL from JL.
JK = JL - KL
JK = 19 - 12
JK = 7
Therefore, the length of JK is 7.
Point L is on line segment start overline, K, M, end overline
KM
. Given L, M, equals, 15LM=15 and K, M, equals, 20, commaKM=20, determine the length start overline, K, L, end overline, .
KL
.
Given that we have line segment KM = 20 and segment LM = 15, we can find KL by subtracting LM from KM.
KL = KM - LM
KL = 20 - 15
KL = 5
Therefore, the length of KL is 5.
Point W is on line segment start overline, V, X, end overline
VX
. Given V, W, equals, 14VW=14 and W, X, equals, 5, commaWX=5, determine the length start overline, V, X, end overline, .
VX
.
Given that we have line segment VW = 14 and segment WX = 5, we can find VX by adding VW and WX.
VX = VW + WX
VX = 14 + 5
VX = 19
Therefore, the length of VX is 19.