25 questions
Which of the following is the formula for volume of cylinder.
πr2
πr2 x h
2πr x h
2πr x h + πr2 + πr2
Which of the following is the formula for curved surface area of cylinder.
πr2
πr2 x h
2πr x h
2πr x h + πr2 + πr2
Which of the following is the formula for total surface area of cylinder.
πr2
πr2 x h
2πr x h
2πr x h + πr2 + πr2
Which of the following is the formula for area of circle.
πr2
πr2 x h
2πr x h
2πr x h + πr2 + πr2
Which of the following is the formula for circumference of circle.
πr2
πr2 x h
2πr x h
2πr
Calculate the volume of the cylinder.
1005.31
251.327
653.451
201.062
Calculate the curved surface area (CSA) of the cylinder.
1005.31
251.327
653.451
201.062
Calculate the total surface area (TSA) of the cylinder.
1005.31
251.327
653.451
201.062
Calculate the volume of the cylinder.
254.469
169.646
226.195
1017.88
Calculate the curved surface area (CSA) of the cylinder.
254.469
169.646
226.195
1017.88
Calculate the total surface area (TSA) of the cylinder.
254.469
169.646
226.195
1017.88
Calculate the volume of the cylinder.
56.5487
37.6991
94.2478
28.2743
Calculate the curved surface area (CSA) of the cylinder.
56.5487
37.6991
94.2478
28.2743
Calculate the total surface area (TSA) of the cylinder.
56.5487
37.6991
94.2478
28.2743
Calculate the area of circle on the top of the cylinder.
56.5487
37.6991
94.2478
28.2743
Calculate the volume of the cylinder.
3078.76
879.646
1187.52
12315.0
Calculate the curved surface area (CSA) of the cylinder.
3078.76
879.646
1187.52
12315.0
Calculate the total surface area (TSA) of the cylinder.
3078.76
879.646
1187.52
12315.0
Find the area of the cylinder painted in green.
314.159
392.699
353.429
19.6349
Find the volume cylinder.
314.159
392.699
353.429
19.6349
Calculate the volume of the drinking cup.
384.845
219.911
278.031
1539.38
Estimate the curved surface area (CSA) of the drinking cup.
384.845
219.911
278.031
1539.38
Given that the radius of the can is 3 cm and the height is 10 cm. Find the volume of the Milo can.
282.743
188.496
245.045
1130.97
Given that the radius of the can is 3 cm and the height is 10 cm. Find the curved surface area (CSA) of the Milo can.
282.743
188.496
245.045
1130.97
Given that the radius of the can is 3 cm and the height is 10 cm. Find the total surface area (TSA) of the Milo can.
282.743
188.496
245.045
1130.97