I need the answer as soon as possible Q1:- A manufacturing plant uses three tanks to store cerain. liquid chemicals that are required in amanufacturing process. Each tank has a sensor that detects when the chemical levels drops to 10% of full. Thesensors produce a HIGH level of 5 V when the tanks are more thàn 10% full, When the chemical level dropsbelow 10%, the sensor puts out a LOW level of 0 V. It is reauired that a single green light emitting diode (LED)on an indicator panel show when all tanks are more than 10% full Show how a logic gate can be used toimplement this function.

Here given two tanks We named as TANK A, TANK B

Q1:- A manufacturing plant uses three tanks to store cerain liquid chemicals that are required manutacturing process. Each tank has a sensor that detects when the chemical levels drops to 10% of full. The sensors produce a HIGH level of 5 V when the tanks are more than 10% full, When the chemical level drops below 10%, the sensor puts out a LOW level of 0 V. It is required that a single green light emitting diode (LED) on an indicator panel show when all tanks are more than 10% full, Show how a logic gate can be useu to implement this function.

Q1:- A manufacturing plant uses three tanks to store cerain liquid chemicals that are required manutacturing process. Each tank has a sensor that detects when the chemical levels drops to 10% of full. The sensors produce a HIGH level of 5 V when the tanks are more than 10% full, When the chemical level drops below 10%, the sensor puts out a LOW level of 0 V. It is required that a single green light emitting diode (LED) on an indicator panel show when all tanks are more than 10% full, Show how a logic gate can be useu to implement this function.

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

See similar textbooks

Similar questions

When it comes to deciphering messages, what's the difference between linear and differential cryptanalysis?
Plain text values, P(1)=10, P(2)=18,P(3)=27 p=23, q=29 Select a value of E thats not relatively prime to following b = (23-1)(29-1) = 616. Encrypt and decrypt all the values using RSA encryption. What issues do you encounter? What leads you to think why this happens?
The following is a message encrypted using keyword cipher and you know the keyword is CYBERSECURITY and the key letter is “a”. Decrypt the message and show all your work. OIR GJN OTG KJM OCH OCO OTO PER OIC OBC HYR SJM GRE TNO ICO JSE RNT MRO JUJ JHF RCM H
How can we tell if one method of authentication is safer than another?
They are a small, close-knit family of his. Do you think you could give a brief explanation of each?
Which authentication methods are secure?
Because they are harder to decipher, attacks against cyphers are made more difficult when the message being encrypted is shorter.
shortly,step by step and without notes please
Encrypt the message DEFEND using the RSA system with n = 43*59 and e = 13. First translate each letter into an integer and group together pairs of integers, so you have three 4-digit numbers (padding 0’s in the front if necessary). Work with each of these numbers to encrypt them. The ciphertext should also be three 4-digit numbers.
Two-factor authentication is a notion that I'm not clear on. How much of a contribution does it make to the safety of passwords?
The following is a message encrypted using multiplicative cipher but you do not know the key. Decrypt the message and show all your work. VNY LYQ EHH VNY TSD DYL YRO YSR VNY KWL HTJ YVK YYR NEF SRI QWM YVN SRI VWQ EUE RTN EFS RIV WQE UQW MYV NSR I
Authentication in today's internet world seems like a daunting endeavor; please explain the reasons why this is the case.