Below is the program to separate odd and even numbers
<u>Explanation</u>:
<u>L1:</u>
mov ah,00
mov al,[BX]
mov dl,al
div dh
cmp ah,00
je EVEN1
mov [DI],dl
add OddAdd,dl
INC DI
INC BX
Loop L1
jmp CAL
<u>EVEN1:</u>
mov [SI],dl
add Even Add,dl
INC SI
INC BX
Loop L1
<u>CAL: </u>
mov ax,0000
mov bx,0000
mov al,OddAdd
mov bl,EvenAdd
MOV ax,4C00h
int 21h
end
The above program separates odd and even numbers from the array using 8086 microprocessor. It has odd numbers in 2000h and even numbers in 3000h.
Answer:C both Technician A and B are correct with their analysis.
Explanation: Gear clearances MUST be checked to be sure it is not too little or too much. pinion gear-to-flywheel ring-gear gap must be 1/8 in its relaxed position. If this gap is too small, use shims to move the pinion away from the ring gear. If this gap is too large, remove the shims already in the starter.
<h3>HI, your question was incomplete, hence I am writing down the complete question below. Q)Represent and reason During each heart beat, different muscle cells in the heart contract at different times. The contractions cause an electric charge separation on each muscle cell. When many muscle cells simultaneously contract, such as when the left ventricle contracts caus- ing blood to be pushed into the aorta, there is a relatively large charge separation on the heart- equal magnitude positive and negative charges that are separated from each other-called an elec- tric dipole. Suppose that at one instant during a heart beat cycle, the electric dipole on the heart is as shown in the illustration. Imagine a sodium ion (Na+) is at Imagine a chlorine ion (C1") is the position of the dot shown in at the position of the dot shown the illustration. Draw a force di- in the illustration. Draw a force agram for the Nation and indi diagram for the Cl-ion and indi- cate the direction of the net elec- cate the direction of the net elec- tric force exerted by the dipole tric force exerted by the dipole! on the Nation on the Cl- ion. Explain why the electric charge on the heart causes oppositely charged ions to move in opposite directions. Answer:
Please refer to the attachment below for answer.
Explanation: Please refer to the attachment below for explanation.
</h3>

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