Write a short note on G7 or Group 7. ​

Answer:

mc6 - jpg

Step-by-step explanation:

• 30/20=24/x (let)=6/8
• 30x/480=6/8
• 2880=240x
• 12days

27 workers will be able to finish the same work In 20 days by doing 8 hrs. per day.

Given:

• 30 workers can complete the work in 24 days if they work 6 hours per day.

To find:

• To Calculate the number of workers required to complete the same work in 20 days at an 8-hour-per-day.

Formula used:

[tex]M_{1}H_{1} T_{1} =M_{2} H_{2} T_{2}[/tex]

let us consider

[tex]M_{1}=30,M_{2}=?[/tex]  be the number of workers.

[tex]D_{1}= 24,D_{2}= 20[/tex]  be the number of days.

[tex]H_{1}=6hrs ,H_{2}= 8hrs[/tex] be the number of hours.

Solution:

[tex]M_{1}H_{1} T_{1} =M_{2} H_{2} T_{2}[/tex]

[tex]30[/tex] ×[tex]24[/tex] ×[tex]6 = M_{2}[/tex]×[tex]20[/tex]×[tex]8[/tex]

[tex]4320 = 160M_{2}[/tex]

[tex]M_{2} =\frac{4320}{160}[/tex]

[tex]M_{2}=27[/tex]

Hence, 27 workers have been required to complete the same work in 20 days at an 8-hour-per-day.

Answer:

bro the answer is in your textbook

Answer:

inteligent system of systems thats correct

Answer:

Explanation:

Billions of devices connected to Internet can become​:

The Internet of Things (IoT), which is made up of low-cost microsensors, microprocessors, wireless antennae, and tiny power supply, is fast expanding the online world beyond computers and mobile devices to include everyday objects like thermostats, vehicles, door locks, and even pet trackers. Nearly daily announcements of new IoT devices are made, and analysts predict that by 2020, up to 30 billion of them might be online.

A house that unlocks the front door when it recognizes its owner returning from work, for instance, or an implanted heart monitor that calls the doctor if the organ begins to fail are just two examples of how the explosion of connected things, especially those monitored and controlled by artificial intelligence systems, can give ordinary things amazing capabilities. However, the online universe's actual Big Bang might be just around the corner.

Scientists have begun to make sensors that are millimeter or micron-sized down to the nanometer scale, which is small enough for them to circulate inside of living things and mix right into building materials. This is a key first step toward the Internet of Nano Things (IoNT), which has the potential to revolutionize numerous industries, including energy efficiency, medicine, and many others.

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