Explanation:
Single Pole Single Throw Switch
Single Pole Double Throw Switch
Double Pole Single Throw Switch
Double Pole Double Throw Switch
Push Button Switch.
Toggle Switch.
Limit Switch.
Float Switches.
In the simplest case, a switch has two conductive pieces, often metal, called contacts, connected to an external circuit, that touch to complete (make) the circuit, and separate to open (break) the circuit
Two basic categories of electrical switches are manual and automatic.
What are electrical switches?
A switch that opens and closes an electric circuit is typically electromechanical in nature. This, correspondingly, stops and starts the flow of electric current.
A mechanical handle, lever, or rocking mechanism is used to manually activate (or push up or down) a toggle switch. These are frequently employed as switches for lighting.
An electrically controlled switch is a relay. It is made up of a set of working contact terminals and a set of input terminals for one or more control signals. Any number of connections in different contact configurations, such as making contacts, breaking contacts, or combinations of both, may be included on the switch.
Therefore, electrical switches can be divided into two fundamental categories: manual and automatic.
To learn more about electrical switches, refer to the link:
https://brainly.com/question/29045327
#SPJ2
So long ago they used a sundial to tell if. it starts with a "C" if you want me to spell it.
Answer:
what is it
Explanation:
Answer:
Clock
Explanation:
To tell clock, long ago people uses sundial.
Need help with these 3 questions pls help me.
Answer:
First one is probably B
Second one is False
Third one is True
Explanation:
Every workplace or school is different so I'm not really sure.
Answer:
10.B 11.false and 12.true
Explanation:
What is the line called that has the red arrow pointing to it in the attached picture?
Answer:
csvadbvns egv,ekrhvybge e yrbge ngeeeeerhjyk4 r5y erhyniner mbrltjhnprihmb fghurijmb fm nbjrkfb
Explanation:
Beginning in the 1960s, various advocates of the design-build model began to agitate against the design-bid-build approach and for a change,
O False
O True
CAN SOMEONE PLEASE HELP ME-
Answer:I- I’m idiot now
Explanation:
I hit someone with my car because he tried to hijack it.
Will I be arrested?
100 points, and brainliest.
(hope he didnt fall off the bridge.)
Answer:
no you wont
Explanation:
People with artistic orientation at times resist rules and structure.
True
False
Solve the Truss. Your end result should be
a diagram with all member and reaction
forces labeled with the amount of force and
either the direction indicated with an arrow
or whether it is under Tension(positive) or
compression(negative).
Answer:
Please find attached the diagram end result of the truss with the member reaction forces labelled with the amount of forces as required, created with Microsoft Visio
Explanation:
To answer the question, we note that the sum of the forces in the Truss is zero
Therefore, we have, ∑Fₓ = [tex]\Sigma F_y[/tex] = 0 N
The forces on the members CD and AD are therefore as follows;
Horizontal forces;
[tex]F_{CD}[/tex] × cos(45°) - [tex]F_{AD}[/tex] × cos(30.964°) = 100.0 N...(1)
[tex]F_{CD}[/tex] × sin(45°) + [tex]F_{AD}[/tex] × sin(30.964°) = 750.0 N...(2)
Solving the above system of equations using a graphing calculator gives;
[tex]F_{CD}[/tex] ≈ 715.94 N (Tension)
[tex]F_{AD}[/tex] ≈ 473.76 N (Compression)
[tex]F_{Cy}[/tex] + [tex]F_{Ay}[/tex] = 750.0 N
[tex]F_{Ax}[/tex] = 100.0 N
From ∑M[tex]_c[/tex] = 0, we have;
[tex]F_{Ay}[/tex] × 8 = 750 × 3 + 100 × 3
[tex]F_{Ay}[/tex] = 2550/8 = 318.75 N
∴ [tex]F_{Cy}[/tex] = 750.0 N - [tex]F_{Ay}[/tex] = 750.0 N - 318.75 N = 431.25 N