What is bigger?

Which ball has a larger volume: a football with a circumference of 66 cm or a volleyball with a diameter of 20 cm?

Result

x = (Correct answer is: F) Wrong answer

Solution:

o1=66 cm D2=20 cm  o=πD  D1=o1/π=66/3.1416≐21.0085 cm  D2<D1 V2<V1  x=Fo_{1}=66 \ \text{cm} \ \\ D_{2}=20 \ \text{cm} \ \\ \ \\ o=\pi D \ \\ \ \\ D_{1}=o_{1}/\pi=66/3.1416 \doteq 21.0085 \ \text{cm} \ \\ \ \\ D_{2}<D_{1} \ \\ V_{2}<V_{1} \ \\ \ \\ x=F

Try another example


Our examples were largely sent or created by pupils and students themselves. Therefore, we would be pleased if you could send us any errors you found, spelling mistakes, or rephasing the example. Thank you!





Leave us a comment of this math problem and its solution (i.e. if it is still somewhat unclear...):

Showing 2 comments:
#
Blossom
I love this website so much. And i am doing math  work from Home. Because of the Covid-19

#
Blossom
I need help now.

avatar









Tips to related online calculators
Tip: Our volume units converter will help you with the conversion of volume units.

You need to know the following knowledge to solve this word math problem:


 

 

 

Next similar math problems:

  1. Height of the cylinder
    valec The cylinder volume is 150 dm cubic, the base diameter is 100 cm. What is the height of the cylinder?
  2. The diameter
    circles The diameter of a circle is 4 feet. What is the circle's circumference?
  3. Bicycle wheel
    cyklo2_2 After driving 157 m bicycle wheel rotates 100 times. What is the radius of the wheel in cm?
  4. Circle
    circle_1 What is the radius of the circle whose perimeter is 6 cm?
  5. Velocipede
    velociped The front wheel of velocipede from year 1880 had a diameter 1.8 m. If the front wheel turned again one then rear wheel 6 times. What was the diameter of the rear wheel?
  6. Hotel
    hotel The hotel has a p floors each floor has i rooms from which the third are single and the others are double. Represents the number of beds in hotel.
  7. Volume of cone
    cone_church_1 Find the volume of a right circular cone-shaped building with a height of 9 cm and a radius base of 7 cm.
  8. A cylindrical tank
    tanks_8 A cylindrical tank can hold 44 cubic meters of water. If the radius of the tank is 3.5 meters, how high is the tank?
  9. Third dimension
    star_1 Calculate the third dimension of the cuboid: a) V = 224 m3, a = 7 m, b = 4 m b) V = 216 dm3, a = 9 dm, c = 4 dm
  10. Perimeter to area
    circles_1 Calculate the area of a circle with the perimeter 15 meters.
  11. Circle - simple
    kruh The circumference of a circle is 930 mm. How long in mm is its diameter?
  12. Clock hands
    clocks2_16 The second hand has a length of 1.5 cm. How long does the endpoint of this hand travel in one day?
  13. Simplify
    numbers3_1 Simplify the following problem and express as a decimal: 5.68-[5-(2.69+5.65-3.89) /0.5]
  14. Expression
    expr_2 Solve for a specified variable: P=a+4b+3c, for a
  15. Find the
    kruh Find the radius of the circular base of the vessel, whose perimeter is 2.51 m. Write the result to one decimal place in meters. Via the π sign - Ludolph's number
  16. Athlete
    sportovec How long length run athlete when the track is circular shape of radius 120 meters and an athlete runs five times in the circuit?
  17. Circle from string
    motuz Martin has a long 628 mm string . He makes circle from it. Calculate the radius of the circle.