# Why Do Have So Much Discharge

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If you are looking for the answer of why do have so much discharge, you’ve got the right page. We have approximately 10 FAQ regarding why do have so much discharge. Read it below.

## 2. Why do we need to know the proper procedure

Ask: 2. Why do we need to know the proper procedure of electro-static discharge
(ESD)?​

yes

Explanation:

why we need to know because if we don’t know what we are doing sometimes we will faile but if we know what we gonna do you will be able to have high score

## why do we need to discharge our body before touching

Ask: why do we need to discharge our body before touching the computer component​

What is the purpose of discharging yourself before touching computer parts? Some components are electrostatic sensitive – meaning they are so delicate, even the static electricity in a body can destroy them. It is for this reason we ground ourselves (so we have no static charge), then touch the components

## why do we need to discharge our body before touching

Ask: why do we need to discharge our body before touching the computer components​

YES

Explanation:

## assuming that the discharge of the river is stable at

Ask: assuming that the discharge of the river is stable at 2 cubic meter per second. how much volume of water will the river discharge in 24 hour.

Step-by-step explanation:

V= 2 m³/sec (24 hour)(60mins/ 1hr)(60sec/ 1min)

V = 172800 m³

## why do we need to discharge our body before touching

Ask: why do we need to discharge our body before touching the computer components

Some components are electrostatic sensitive – meaning they are so delicate, even the static electricity in a body can destroy them. It is for this reason we ground ourselves (so we have no static charge), then touch the components.

## why do we need to discharge our body before touching

Ask: why do we need to discharge our body before touching the computer components?​

Explanation:

Components like CPU’s, motherboard chipsets and memory can often be sensitive to electrostatic discharge. The smaller the transistor die size is, the worse it gets. So always ground yourself, either through a strap or even just touching a tap or radiator (if it goes to ground).

(credits: to the real owner of the answer)

## Why do we need to discharge our body before touching

Ask: Why do we need to discharge our body before touching the Computer components​

What is the purpose of discharging yourself before touching computer parts? Some components are electrostatic sensitive – meaning they are so delicate, even the static electricity in a body can destroy them. It is for this reason we ground ourselves so we have no static charge, then touch the components

## 2. Why do we need to know the proper procedure

Ask: 2. Why do we need to know the proper procedure of electro-static discharge (ESD)?​

Explanation:

Yan po sagot ko sa module

## why do we need to monitor the sow discharges and

Ask: why do we need to monitor the sow discharges and its causes medication prevention and treatment?

Explanation:

Since 1985 there has been a gradual reduction in farrowing rates in many herds associated with increased repeats in sows. A survey carried out at that time indicated that up to 24% of herds may have had previously unrecognised problems with this disease.

A discharge from the vulva post-service does not automatically mean there has been a pregnancy failure, but it will in most cases indicate infection. Potential areas from which discharges could arise include the rectum, the vulva, the vagina, the cervix and the uterus. Discharges can also arise from infection of the kidneys (pyelonephritis) or the bladder (cystitis) with pus being passed in the urine.

It is important to record the time when discharges are first seen, their colour and composition and effects on the sow. Use the farrowing rate loss sheet as shown in chapter 5 to record the observations.

## How much electricity can an Eel discharge?

Ask: How much electricity can an Eel discharge?

Electric eels can generate an electrical charge of up to 600 volts.

Electric eels can generate an electrical charge of UP TO 600 VOLTS in order to stun prey and keep predators at bay.

Explanation:

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