Yes, there are triangular numbers that end in 000. For example, 2,001,000 and 7,998,000.
You can find a triangular number T that ends in 000 using the formula
T = (1/2)(k)(k+1),
where k is equal to any of the following:
2000n
2000n+1999
125(16n+11)
16(125n+39)
and n is any positive integer.
If your asking about the value of "X" it can equal to any number of real numbers. But at the end any number of X multiplied by 000 will equal to 0, ; , .-'"""'-. , ; , \\|/ .' '. \|// \-;-/ () () \-;-/ // ; ; \\ //__; :. .; ;__\\ `-----\'.'-.....-'.'/-----' '.'.-.-,_.'.' '( (..-' '-'
No. If they end in 4, they are even numbers and divisible by 2, and therefore are not prime.
Numbers never end
Odd numbers end with 1, 3, 5, 7, or 9.
1,3,5,7,9
If your asking about the value of "X" it can equal to any number of real numbers. But at the end any number of X multiplied by 000 will equal to 0, ; , .-'"""'-. , ; , \\|/ .' '. \|// \-;-/ () () \-;-/ // ; ; \\ //__; :. .; ;__\\ `-----\'.'-.....-'.'/-----' '.'.-.-,_.'.' '( (..-' '-'
a googol plex. Infinity isn't really a number. infinity refers to time with no end 1010100 or 10 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 * * * * * and why not 100100100 ? Or use bigger numbers still?
The dimensions given do not support Pythagoras' theorem for a right triangular prism which will have a right angle triangle at each end
No, it is not. A triangular number cannot end with a 7.
A pyramid is triangular shaped.
The end of a triangular prism is a triangle, which by definition has 3 sides.
Any numbers that end in an even number
4...... thousand bases
They are all of the ordinary counting numbers, with '000' tacked onto the end of each one. There are an infinite number of them.
No. If they end in 4, they are even numbers and divisible by 2, and therefore are not prime.
1800s
pediments