Question

The length of the longest pole that can be placed in a cubical box of edge 4√3cm is​

Answer 1

Step-by-step explanation:

Answer

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cm

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube =

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l =

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm =10

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm =10 3

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm =10 3

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm =10 3 cm

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm =10 3 cmSo, the length of the longest rod that, can be fitted in the cubical box is 10

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm =10 3 cmSo, the length of the longest rod that, can be fitted in the cubical box is 10 3

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm =10 3 cmSo, the length of the longest rod that, can be fitted in the cubical box is 10 3

AnswerThe longest rod that can be fitted in the cubical vessel is its diagonal.Side of the cube (l)=10cmSo, the diagonal of the cube = 3 l = 3 ×10cm =10 3 cmSo, the length of the longest rod that, can be fitted in the cubical box is 10 3 cm.

Answer 2

Answer:

12cm

Step-by-step explanation:

the longest side of the cube is diagonal,

diagonal of a cube=√3x

diagonal=√3×4√3

           =12cm