AX is the primary accumulator; it is used in input/output and most arithmetic instructions. For example, in multiplication operation, one operand is stored in EAX or AX or AL register according to the size of the operand. BX is known as the base …

2010年4月19日 · It's a pair of registers: DX and AX. The numerator itself is a double word. The upper word of the numerator should be stored at DX, the lower one in AX. DX:AX is the 32-bit value to use as the numerator of your division. The most significant 16 bits are held in DX, the least significant in AX.

2009年4月1日 · The registers AX, BX, CX, and DX behave as general purpose registers in Intel architecture and do some specific functions in addition to it. X in their names stand for extended meaning 16bit registers.

Free derivative calculator - differentiate functions with all the steps. Type in any function derivative to get the solution, steps and graph.

The registers AX, BX, CX, and DX behave as general purpose registers in Intel architecture and do some specific functions in addition to it. X in their names stand for extended meaning 16bit registers.

2013年5月22日 · $\frac d{dx} \ln y = \frac d{dx} x\cdot \ln a$ (I have applied chain rule here>>) $ \frac 1y \frac{dy}{dx} = \ln a + 0$ $ \frac {dy}{dx} = y\cdot \ln a$ We know $y= a^x$ So, $\frac {dy}{dx} = a^x \ln a$ Hope it was easier than other methodologies used to derive it!

Introduction to derivative of exponential function a^x with respect to x formula with proof from first principle to prove d/dx (a^x) = a^x.ln(a)