Find the cost of watering a trapezium
field whose parllel sides are 10 cm and 25 cm respactively, the perpandicular distance between them is 15 cm and the rate watering is rupee 4 per m/ 2
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Answered by
94
HEY THERE!!
Question:
Find the cost of watering a trapezium
field whose parllel sides are 10 cm and 25 cm respactively, the perpandicular distance between them is 15 cm and the rate watering is rupee 4/m².
Method of Solution:
Given: Parallel sides of trapezium are 10cm and 25 cm and perpendicular distance between the parallel sides is 15 cm.
So, Area of trapezium field =1/2(sum of parallel sides) × (perpendicular distance between them)
Area of Trapezium = 1/2(25+10)×(10)
•°• Area of Trapezium =525/2
Now, According to the Question's Statement!
[the rate watering is rupee 4 per m²]
Required Cost =525/2×4
Hence, Required Cost is Rs 1025.
Question:
Find the cost of watering a trapezium
field whose parllel sides are 10 cm and 25 cm respactively, the perpandicular distance between them is 15 cm and the rate watering is rupee 4/m².
Method of Solution:
Given: Parallel sides of trapezium are 10cm and 25 cm and perpendicular distance between the parallel sides is 15 cm.
So, Area of trapezium field =1/2(sum of parallel sides) × (perpendicular distance between them)
Area of Trapezium = 1/2(25+10)×(10)
•°• Area of Trapezium =525/2
Now, According to the Question's Statement!
[the rate watering is rupee 4 per m²]
Required Cost =525/2×4
Hence, Required Cost is Rs 1025.
vedansh3575:
Good
Answered by
98
Rs 1050
Given :-
Parallel sides of trapezium are 10 cm and 25cm
Perpendicular distance between parallel lines is 15cm
We know that,
Area of trapezium = 1/2 (sum of || sides) × (perpendicular distance)
➡️ 1/2 (25 +10)×(15)
➡️ 1/2 (35)×(15)
➡️ 262.5
Rate of watering :- ₹ 4 m^2
➡️ 262.5 ×4
➡️ 1050
Therefore,
The cost of watering is ₹1050.
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