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Volumen y Superficie: sólidos

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Volumen y Superficie: sólidos

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Desafío de cálculo de volúmenes y áreas

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BRENDA CORTES
BRENDA CORTES
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Volumen y Superficie: sólidos
 

Volumen y Superficie: sólidosOnline version

Desafío de cálculo de volúmenes y áreas

by BRENDA CORTES
1

Una llave rota deja caer agua en forma de esferas de 2 cm de diámetro cada 10 segundos. ¿Cuánta agua se pierde por esta llave al cabo de 10 horas? Considera (V = 4/3πr³ y ​π= 3,14)

2

Si las aristas de un cubo demiden 25 cm. ¿ Su Volumen sería?

3

Cilindro de radio r=3 cm y altura h=7 cm. ¿Cuál será la medida de su superficie total? (Stotal=2πr²+2πrh). Considera: r=3 cm, ℎ=7 cm y π=3,14)

4

Cubo de lado l=4 cm. ¿Superficie S? (S = 6l²)

5

Prisma recto con base rectangular base b=5 cm, altura h=12 cm y longitud L=8 cm. ¿Volumen V?

6

Esfera de radio r=5 cm. ¿Volumen V? (V = 4/3πr³)

7

Cilindro con radio r=2 cm y altura h=4 cm. ¿Superficie lateral? (al) 2πrh

8

Cubo de lado l=9 cm. ¿Superficie total? (S = 6l²)

9

Prisma con base triangular (área B = 6 cm²) y longitud L=10 cm. ¿Volumen V?

10

Esfera de radio r=7 cm. ¿Superficie? (S = 4πr²)

11

Cilindro de radio r=3 cm y altura h=5 cm. ¿Superficie total? (St = 2πr(h+r))

12
QR

segun la imagen ¿A qué cuerpo geometrico corresponde?

13

segun la imagen ¿A qué cuerpo geometrico corresponde?

14

La superfie y volúmen respectivamente del prisma de la imagen serían:

15

Indica las características de un prisma hexágonal.

 
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