ko STEP BY STEP explanation likh do,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,
Attachments:
Answers
Answered by
1
Two 2Ω resister in series, R
Two 2Ω resister in series, R 1
Two 2Ω resister in series, R 1
Two 2Ω resister in series, R 1 =2Ω+2Ω=4Ω
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4Ω
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total =
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2 =
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2 = 4+4
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2 = 4+44×4
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2 = 4+44×4
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2 = 4+44×4 =2Ω
Two 2Ω resister in series, R 1 =2Ω+2Ω=4ΩTwo 2Ω resister in series, R 2 =2Ω+2Ω=4ΩTwo 4Ω resister in parallel, R total = R 1 +R 2 R 1 R 2 = 4+44×4 =2ΩHence, total resistance is 2Ω
BESAK YE BDAA HAI LAKIN SAMAJ LE KARNA SAHHI HAI YE ANSWER
Answered by
0
Answer:
A good soil structure is important to allow air and water into the soil which are vital for healthy plant growth. It will improve drainage and reduce soil erosion caused by excess surface run-off. Without structure, soils will suffer from anaerobism, waterlogging and nutrient lock-up and, ultimately, plants will die!Each day, roughly three million litres of water is supplied to Leh from three sources: direct extraction from the Indus river bed in the heart of the town, digging borewells in Leh town and upper Leh areas, and through springs and diversion channels.
Similar questions