A 7m long flagstaff is fixed on top of a tower on the horizontal plane ...?

A 7m long flagstaff is fixed on top of a tower on the horizontal plane ...?

Web7 metre long flagstaff is fixed on the top of a tower standing on the horizontal plane. From the point on the ground, the angles of elevation of the top and ... WebDec 14, 2016 · A 7m long flag-staff is fixed on the top of a tower on the horizontal plane From a point on the ground , the angles of elevation of top and the bottom of the flag-staff are 45 degree 30 degree respectively Find the height of tower correct - Maths - Some Applications of Trigonometry convertir gif en jpg photoshop WebA 7mlong flagstaff is fixed on the top of a tower on the horizontal plane. From a point on the ground, the angles of elevation of the top and bottom of the flagstaff are 45°and 30°respectively. Find the height of the tower correct to one place of decimal. 50% studentsanswered this correctly Check Solution Hint Solve with us WebMay 9, 2014 · A 7m long flagstaff is fixed on top of a tower on the horizontal plane from a point on the ground, the angle of elevation of the top and bottom of the flafstaff are 45degrees and 60degrees respectively find the height of the tower - Maths - … convertir gif en sticker WebHello students, this is the full solution of the Some Applications of Trigonometry Doubt of Class 10.Doubt: A 7m long flagstaff is fixed on the top of a towe... WebLet CD be the flagstaff whose height is 7 m, fixed on the tower BC of height h metres. From a point A on the ground the angles of elevation of top and bottom of the flagstaff are 45° and 30° respectively.In right triangle ABC, we haveIn right triangle ABD, we haveComparing (i) and (ii), we getHence, the height of the tower = 9.56 m. convertir gif online gratis WebA 7m long flagstaff is fixed on the top of a tower on the horizontal plane. From a point on the ground, the angles of elevation of the top and bottom of the flagstaff are 600 and 450 respectively. Find the height of the tower correct to one place of decimal. 15. A round balloon of radius r subtends an angle at the eye of the observer while

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