Sure thing, honey! This is a classic math puzzle known as the "magic triangle." You can solve it by placing the numbers 1, 6, and 2 on the intersections of the circles. Each circle will then have a sum of 9. But hey, don't stress too much about it - it's just a fun little brain teaser!
Equal sets contain identical elements. e.g. if A = {1,2,3} and B = {1,2,3}, then A and B are equal - their elements are the same. Equivalent sets have identical numbers of elements. e.g. if A = {1,2,3} and B = {a,b,c}, then A and B are equivalent - they both have three elements.
The Area of a rectangle is LxW . The area of a circle is PI x RxR where R is the radius of the circle. The Circumference or distance around a circle is 2xPIxR. To find the surface area of a cylinder with radius R (the radius of the circles at the top and bottom) and Length L(how tall the cylinder is) you first find the area of the circles on the bottom and top - then add it to the area of the tube part. If you unwrap the tube, it becomes a rectangle with the width 2xPIxR (since it was wrapped around the circles on top and bottom), and the Length L( how tall it is) . So it will be 2 circles plus the rectangle. 2 (PIxRxR) + 2xPIxRxL. Then round it to the nearest whole number. If the number on the right side of the decimal point is 5 or more, round up to the next whole number otherwise leave it the same. Then drop the numbers on the right side of the decimal point.
Do you mean the following? (x + 16)2 + (y + 3)2 = 17 (x + 3)2 + (y - 6)2 = 44 You can find the center of these circles by using the negatives of the numbers subtracted by the x and y variables. In this case, the circles are centered at the points (-16, -3) and (-3, 6). The one in which both the x and y co-ordinates are negative would be the one in the third quadrant. And try to phrase your questions better. That could just as easily be read as "ax + 162 + y + 32 = 17bx + 32 + y - 62 = 44", which makes no sense.
A platonic solid is a special kind of polyhedron. A polyhedron is a 3-D figure whose faces are polygons.In a platonic solid all faces are identical regular polygons. A polyhedron has faces, edges, and vertices. The numbers of each are related by Euler's formula, V+F=E+2
At least one of the two numbers has to be even, but both can be even.
No they are not identical
it is a triangle with circles at the corners, and squares in the middle of the corners. The squares have numbers in them, and you have to put numbers in the circles. However, the numbers in the circles have to add up to the number of the square between them. Simple, right?
With two circles you can get 8 and ∞.
20 + 20 + 20 = 60The three identical numbers which add up to 60 are 20
a square
true
24 x 24 = 576
two identical numbers are never co-prime because each of them is a factor of the other.
That depends upon how the circles are located and the relationship between the numbers that are placed in the circles; unless the circles just happen to make a number, for example: .............. ..O.O.O.... ..........O.. ........O.... ......O...... ....O........ is a 7 regardless of what digits are placed in the circles.
11 is the only prime number with identical digits. After 11 all numbers with identical digits can be divided by atleast 11 or 3.
To identify and account for otherwise identical guns.
They are: 30*30 = 900