In the adjoining C
figure, BC ⊥ AB , AD ⊥ AB,
BC=4, AD = 8, then
Find A(△ABC)
A(△ADB)
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2
In the adjoining C
figure, BC ⊥ AB , AD ⊥ AB,
BC=4, AD = 8, then
Find A(△ABC)
A(△ADB)
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Answered by
5
Hello, Buddy!!
ɢɪᴠᴇɴ:
- ∆ABC & ADB are adjoining figures in which BC⊥AB & AD⊥AB
- Length of BC = 4
- Length of AD = 8
ᴛᴏ ꜰɪɴᴅ:
- ar(∆ABC)/ar(∆ADB)
ʀᴇQᴜɪʀᴇᴅ ꜱᴏʟᴜᴛɪᴏɴ:
WKT
Area of Triangle ☞ 1/2×Height×Base
Here, Altitudes of ∆ABC and ∆ADB are BC & AD.
→ (1/2×BC×AB)/(1/2×AD×AB)
→ (1/2×4×AB)/(1/2×8×AB)
By Cancellation of AB & 1/2
→ 4/8
→ 1/2
- ar(∆ABC)/ar(∆ADB) = 1/2
@MrMonarque♡
Hope It Helps You ✌️
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