Representing a number in decimal form does not change its value. Its value remains at 79 however it it written.
cos(79) = 0.1908, approx.
Any full number could be expressed over 1, so 79= 79/1. To make it another value, you could multiply both the top and bottom by the same value. For example, 79/1*2 = 158/2.
A decimal number is simply a way of representing a number in such a way that the place value of each digit is ten times that of the digit to its right. A decimal representation does not require a decimal point. So the decimal representation of 79 is 79, exactly as in the question.
79 + 79 = 158
Representing a number in decimal form does not change its value. Its value remains at 79 however it it written.
cos(79) = 0.1908, approx.
No
Any full number could be expressed over 1, so 79= 79/1. To make it another value, you could multiply both the top and bottom by the same value. For example, 79/1*2 = 158/2.
25-125 usd
.79 euros
about £120
There are infinitely many pairs of values (x, y) which will satisfy 4x + 1.5y = 79 The equation can be rearranged: 4x + 1.5y = 79 ⇒ 1.5y = 79 - 4x ⇒ y = (158 - 8x) ÷ 3 For any given value of x, plug it into the above equation and the corresponding value of y will be calculated. So, some pairs of values (x, y) that satisfy this are: (-2, 58), (1, 50), (4, 42), (7, 34)
very rare card, maybe $75.00
A decimal number is simply a way of representing a number in such a way that the place value of each digit is ten times that of the digit to its right. A decimal representation does not require a decimal point. So the decimal representation of 79 is 79, exactly as in the question.
$150 in top condition. sales@countrygunsmith.net
They can be: 79+79+79+79+79+79+79+47 = 600