Bihar BSEB Matric Mathematics case studies
Bihar BSEB Matric Mathematics · Put your knowledge to work in context.
The Bihar School Examination Board (BSEB) Matriculation Mathematics paper is the Class 10 mathematics examination taken by students completing secondary schooling under the Bihar Board. It serves two audiences: regular school candidates who need the Matric certificate to continue into Intermediate (Class 11–12) study, and private or compartmental candidates completing a pending subject. The Bihar BSEB Matric Mathematics case studies are 5 cases and about 2,723 words.
1Boxing Laddoos and Suppliers Who Arrive Together
The owner of a sweet shop in Muzaffarpur has prepared three separate batches for a festival order: 240 besan laddoos, 360 motichoor laddoos and 540 khoya laddoos. He wants to pack each batch in identical boxes, keeping the three varieties unmixed, using the largest possible number of laddoos per box, with no box left partly filled.
593 words, about 3 min2A Tyre Unit's Steady Monthly Growth
A small cycle-tyre unit in Patna began production in month 1 and increased output by the same fixed number of tyres every month. The supervisor's register clearly shows 350 tyres in month 3 and 470 tyres in month 7; the entries for the other months are smudged, but purchase records confirm that the uniform monthly increase did not change during this period.
493 words, about 2 min3The Flower Bed Path That Was Not a Bisector
A triangular flower bed ABC in a school garden has base BC = 24 m and a perpendicular height from A to BC of 18 m. The gardener lays a straight path DE parallel to BC, with D on AB and E on AC, at a distance of 9 m from A measured along the height.
544 words, about 3 min4Checking Two Claims Before Walking to the Tower
A 45 m mobile tower stands on level ground in a field beside a highway. A surveyor at point P on the ground measures the angle of elevation of the top of the tower as 30°.
553 words, about 3 min5Tank Capacity, Paint Cost and a Plumber's Suggestion
A housing society in Gaya installs a cylindrical overhead tank on its roof. The tank has radius 1.4 m and height 3 m, and its overflow pipe stops filling when the tank is 90% full.
540 words, about 3 min