True, so I will give a hint. Draw the vertical cross section of the cone that cuts diagonally through the cube.AntiJap said:That's a Hard question.
A cube of that volume would overlap the cone, touching it's surface along the top edges like this:SoulSearcher said:Is the answer:
If so, I'll post my method later, too busy to post it up at the moment.13.824 cm3?
Use the "angle in the alternate segment" theorem as well as the "alternate angles are equal on parallel lines" rule and the "angles in the same segment" theorem to show that angle CAB is equal to angle DAB, meaning that AB would bisect angle CAD.*slurtznow&4eva said:ive got an assignment due tomorrow for extension 1 please help :
AB & CD are two intersecting chords of a circle and CD is parallel to the tangent to the circle at B. prove that AB bisects angle CAD
wat rule do i use????
please help
<!-- google_ad_section_end -->
mshiraev is also right, he just didn't give his working out, which I will do now.Sober said:A cone has a base radius of 2 and height of 6. What is the volume of the largest cube that can fit inside it.
(note, one side of the cube shares the same plane as the base of the cone, i.e. you need not rotate the cube).
*slurtznow&4eva said:
please help
thanks there was another thats really frustratin me:
show that (x-1)(x-2) is a factor of N M M N N M
p(x)=x (2 -1)+x (1-2)+(2-2)
where M and N are positivePlease help<o></o>