twice the value of 5 in 2851 = 100
y intercept is value of y when x = 0 x intercept is value of x when y = 0 if y intercept is twice x intercept then its value is twice as high Mathematically, the standard form equation is y = mx + b where m = slope and b = y intercept for x intercept let y = 0 0 = mx + b x = -b/m = 1/2 y intercept = 1/2 time b m = -2 y = -2x + b is the equation
Place value 0 in tens place is always 0 because 0 has no value.
Each place value column in binary is twice the next one to the right; the rightmost place value column (of a whole number) is always the units column. Thus:10002 = 1 x 8 + 0 x 4 + 0 x 2 + 0 x 1 = 810
Its value is 0, but its place value is ten thousands.
Yes, it can be. If the numerator is 0. Then suppose the denominator is 3, which is bigger than 0 (double the numerator). So the value of the fraction is 0/3 = 0.
twice the value of 5 in 2851 = 100
y intercept is value of y when x = 0 x intercept is value of x when y = 0 if y intercept is twice x intercept then its value is twice as high Mathematically, the standard form equation is y = mx + b where m = slope and b = y intercept for x intercept let y = 0 0 = mx + b x = -b/m = 1/2 y intercept = 1/2 time b m = -2 y = -2x + b is the equation
Place value 0 in tens place is always 0 because 0 has no value.
the value of 0 is '1'.
The value is 0.
Twice its original value
0. But they were in it twice.
The absoulte value of Zero is 0
Its value is 0, but its place value is ten thousands.
Each place value column in binary is twice the next one to the right; the rightmost place value column (of a whole number) is always the units column. Thus:10002 = 1 x 8 + 0 x 4 + 0 x 2 + 0 x 1 = 810
The place value of 0 in 2607 is 0. In this number, 0 represents no additional value in the thousands place.