its a trapezoid. the slant doesn't necessarily have to be on the right hand side, both sides can be slanted and it would still be a trapezoid.
you just draw a normal rectangle but draw it on a slant. that's all i know from my school teacher.
These dimensions are not possible for a right cone. The radius must be less than the slant height. If we reverse the dimensions (radius 6, slant height 9) the total surface area will be about 282.74 units2
What do you mean by the radius of 4? Radius is used in circles. Do you mean that the breadth is 4? If so you can use Pythagoras's Theorem to find the 'slant height' (provided that it is a right-angle triangle) (slant height)2=52+42
16 pie units squared
slant edge is a height of a cone
A rectangle does not have a slant height. It is therefore likely that the shape is something other than a rectangle. What it is, is unknown and so the question cannot be answered.
A parallelogram.
Slant it
A trapezium.
you just draw a normal rectangle but draw it on a slant. that's all i know from my school teacher.
You have to make subculture from this slant and after incubation you can observe how many types of microorganisms are present in the nutrient agar slant. If you have one colony shape so you have a pure nutrient agar slant but if you have more than one type of colonies so the nutrient agar slant is contaminated.
Slant
the right!
No.A rhombus is more like a diamond than a rectangle. A rectangle is straight while a rhombus is more slant-y. Both have parallel lines.not necessarily. but all rectangles are rhombuses. for a figure to be a rectangle, it must to two sets of parallel sides and all of its angles must be right angles. rhombuses have to sets of parallel sides, but they don't necessarily have all right angles.hope this makes sense
It's the same as a rectangle with a lenght of 12pi and a width of 13 cm. Therefore it equals to 12x13pi = 452 squared cm But btw, that is not possible since the diametre is greater than the slant... It can't be a cone.
the slant height of a right circular cone is the distance from any point on the circle to the apex of the cone . The slant height of a cone is given by the formula ,√r2+h2 where r is the radius of the circle and h is the height from the center of the circle to the apex of the cone.
If your replacing a slant 6 with another slant 6 it will bolt right in.