All categories

3 years ago

Explain how the objects in a battery work with its components

Engineering

1 answer:

kotykmax [81]3 years ago

3 0

Answer: Batteries have three parts

Explanation:

Batteries have three parts, an anode , a cathode , and the electrolyte. The cathode and anode the positive and negative sides at either end of a traditional battery are hooked up to an electrical circuit. The chemical reactions in the battery causes a build up of electrons at the anode.

You might be interested in

A teenage brain is already fully developed to enable us to manage risks effectively.

Kisachek [45]

Answer:

false

Explanation:

the brain is only really fully devolved by age 26

3 0

2 years ago

Read 2 more answers

DUS 14. Next → Post Test: Engineering Systems and Te 14 Select the correct answer.. Which of these is a unit of heat? O A. joule

salantis [7]

Answer:

The answer is A.) joule

Explanation:

a joule is the heat unit and the watt is the measure of heat transfered.

6 0

3 years ago

The torque required to drive a 40 mm diameter power screw having double square threads with a pitch of 6 mm is 1.0 kN-m. The fri

myrzilka [38]

Answer:

This is self locking.

Explanation:

Given that

Diameter d= 40 mm

Pitch (P)= 6 mm

Torque T= 1 KN.m

Friction(μ) = 0.1

Thread is double square.

Condition for self locking

$\mu >tan\theta$

$tan\theta=\dfrac{L} {\pi d}$

L= n x P

N= number of start

Here given that double start so n=2

L=2 x 6 = 12 mm

$tan\theta=\dfrac{L} {\pi d}$

$tan\theta=\dfrac{12} {\pi \times 40}$

$tan\theta=0.095$ (μ = 0.1)

$\mu >tan\theta$

So from we can that this is self locking.

6 0

3 years ago

A room in the lower level of a cruise ship has a 30 cm diameter circular window If the midpoint of the window is 4 m below the w

AleksAgata [21]

Answer:

F = 2840.3 N

Explanation:

Given:

- Diameter of window D = 0.3 m

- Midpoint of window from sea level h = 4 m

- Specific gravity of sea water S.G = 1.024

- Density of water p = 1000 kg/m^3

Find:

The hydro-static force F_r acting on the mid-point of the window.

Solution:

- The average pressure P acting on the midpoint of the window:

P = S.G p*g*h

P = 1.024*1000*9.81*4

P = 40181.76

- The hydro-static force F_r acting on the mid-point of the window:

F = P*A = P*pi*D^2 / 4

F = 40181.76*pi*0.3^2 / 4

F = 2840.3 N

7 0

3 years ago

Consider the 3.8-L engine used in the engine laboratory. At 2500 RPM the engine has a volumetric efficiency of 85%, air/fuel rat

AnnZ [28]

Answer:

A number of engine geometry properties and performance parameters obtained from dynamometer testing are given in Table below:

Please calculate:

i) Cylinder bore, bore to stroke ratio, connecting rod to crank radius ratio, and clearance volume in each engine cylinder.

ii) Brake power output at 3800 rpm and the torque output at 6000 rpm.

iii) Brake, indicated and friction mean effective pressures at both 3800 rpm and 6000 rpm.

iv) Brake specific fuel consumption in kg/(kW h) and brake thermal efficiency at 3800 rpm.

v) Volumetric efficiency at 3800 rpm.

vi) Air to fuel ratio and the relative air to fuel ratio at 3800 rpm. Is this a lean or rich mixture?

Engine type Displacement/ size Number of cylinders Stroke length Connecting rod length Compression ratio Maximum brake power6000 rpm Maximum [email protected] 3800 rpm Mass flow rate of fuel 3800 rpm Volumetric flow rate of air 3800 rpm Mechanical efficiency @ 3800 rpm Mechanical efficiency @ 6000 rpm Calorific value of fuel Ambient air temperature Ambient air pressure Specific gas constant for air Gasoline, naturally aspirated, four-stroke 1.329 L 4 (Straight) 85 mm 141 mm 11.5 73 kW 128 N m 3.2 g/s 37.5 L/s 0.88 0.72 46 MJ/kg 10 °C 101.3 kPa 287.1 J/(kg K)

Explanation:

3 0

4 years ago