find the radius using base area. substitute the radius value in CSA and fine the height. finally substitute radius and height in volume of cylinder formula and find the volume of the cylinder.. Ans:308 cu.cm.
The two missing angles add up to 146 degrees. There's no way to tell what each of them is. In fact, any two angles that add to 146 can be used to construct a fine triangle.
Yes. To prove it, note that if they satisfy A2 + B2 = C2 then they can form a right triangle. Well, 32=9 and 42=16 and 52=25 and 9+16=25 . So 3, 4, and 5 do in fact work fine. In high-school geometry, this kind of triangle has a special name. It's called a "Three four five right triangle". Duh.
The Incenter is located at intersection of the angle bisectors.The Incenter can be used to fine a specific point that's equal distant from 3 specific points.
The SGP inside a triangle was the mark of Stavre Gregor Panis 1889-1974 who was a well known silversmith from Cape Cod Massachusetts. His pieces were hand wrought and hammered and were intricately pierced. His wife Gladys 1900-2001 designed the pieces that he made. Their work is a fine example of the arts and crafts movement and are highly desirable. Prices varying according to pieces, jewelry, tea strainers, napkin rings, bookmarks, etc.
Area of a triangle = 0.5*b*h0.5*2*6 = 6 in2
Given two sides and the angle between them, you can use the formula: Area = 1/2*a*b*sinѲ Where a and b are the sides, and Ѳ the angle between them.
It is 2*pi*r*h square units.
height x length / 2
find the radius using base area. substitute the radius value in CSA and fine the height. finally substitute radius and height in volume of cylinder formula and find the volume of the cylinder.. Ans:308 cu.cm.
Oh, dude, it's like super simple. So, to find the area of a rectangular prism, you just need to calculate the total surface area by adding up the areas of all the individual faces. It's like, you find the area of the base (length x width) and then multiply it by the height of the prism. Voilà, you've got the area of a rectangular prism!
Well, it depends on the area of the shape you are trying to find, if its: square: length times width triangle: base times height divided by 2 circle: 3.14 times radius squared trapezoid: base 1 plus base 2 times height divided by 2 A U shaped figure is probably half of a circle and a rectangle. The diameter of the circle is the same as the width of the rectangle.
A^2+A^2=C^2; considering two of ht legs (A) are equal
Bermuda triangle is just an area that is made up between Florida, Bermuda and puerto Rico. After numerous research, scientists stated the mysterious disappearances and events that occurred in that area are about the same as any other portion of the ocean. Aka, it's a myth in a huge area of the islands south of Florida. So yes, light can pass through the area just fine. If you'd like, you can search further on about the Bermuda triangle, however, there are no concrete information confirming the mysterious surrounding that area.
you can fine the perimeter
You add together the lengths of its three sides.
you multiply 380 x 500 =========================================================================== The answer posted above by the first contributor would be fine if you had a rectangle. It's meaningless for a triangle. Regardless of what you want to find, you won't find it that way.