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3 years ago

You should check your battery ___________.

Physics

2 answers:

NNADVOKAT [17]3 years ago

8 0

The battery should be checked every six month to ensure that it is working properly.

Explanation:

The battery is the power source for the car as it provides power for several functions that are going in the car. The battery used in a car is always in use whenever the car is driven.

The battery used in a car should be checked for any malfunctioning as it may cause harm to it. The battery may be dead earlier than its life if it is not been taken care at regular intervals.

So, in order to keep the battery of the car working properly, it should be ensured that the battery is checked every five-six month or at least twice in a year. This way, if there is any malfunctioning in any part of it, it can be detected and can be made correct in appropriate time.

Thus, The battery should be checked every six month to ensure that it is working properly.

Learn More:

1. Compare the types of friction brainly.com/question/1800116

2. Fossil which is formed when the outline of original organism is formed brainly.com/question/2856442

3. Why does the refraction of light takes place brainly.com/question/3095091

Answer Details:

Grade: Middle School

Subject: Physics

Chapter: Battery

Keywords:

Every six month, every week, car, battery, malfunctioning, detected, appropriate, power source, driving.

podryga [215]3 years ago

5 0

One should check the battery every week.

A battery if not maintained properly can cause it to die earlier or get damaged. The reasons why should the battery be checked regularly is that due to improper management of the battery and also the weather conditions, the battery usually gets corroded easily and the battery won't be able to work properly.

The connections must be checked properly so that the battery gets charged properly and should not die while driving.

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Answer:

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Explanation: Hope this helps and have a good day!!!

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2 years ago

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the second law of thermodynamics states that thermal energy can floe from colder objects to hotter objects?

hodyreva [135]

BIg, big questions in Thermodynamics. ...
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4 years ago

HELP !! Maura is deciding which hose to use to water her outdoor plants. Maura noticed that the water coming out of her garden h

MA_775_DIABLO [31]

THE GREEN HOSE:
Define the (x,y) coordinate at a height of 4 feet up from the ground to match where Majra is holding the green hose.
This means that the equation for the green hose is of the form
y = a(x - h)² + 4 (1)

Because water from the green hose lands on the ground 10 feet from where Majra is standing, therefore
y(10) = -4 (2)

Because the curve passes through (0,0), therefore
ah² + 4 = 0
ah² = - 4 (3)

To satisfy (2), obtain
a(10 - h)² + 4 = -4
a(10 - h)² = - 8 (4)

Divide (3) by (4).
h²/(10-h)² = 1/2
2h² = (10 - h)² = 100 - 20h + h²
h² + 20h - 100 = 0

Solve with the quadratic formula.
x = 0.5[-20 +/- √(8400)] = 4.142, - 24.142
Reject the negative solution.
The vertex is at (4.142, 4).

From (3), obtain
a = -4/4.142² = -0.2332

The equation for the green hose is
y = 0.2332(x - 4.142)² + 4

THE RED HOSE
The red hose has a vertex at (3,7), according to the equation y = -(x-3)² + 7.

A graph of y(x) for both hoses is shown in the attached figure.

Answers:
a. The red hose will throw the water higher.

b. The equation for the green hose is
y = -0.2332(x - 4.124)² + 4,
with the origin at a height of 4 feet above ground level.

c. The domain for the green hose that makes sense is 0 ≤ x ≤ 10 feet.
The corresponding range is -4 ≤ y ≤ 4 feet.

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3 years ago

The average speed of a snail is 0.020 miles/hour and that of a Leopard is 70 miles/hour. Convert these speeds in SI units.

Irina18 [472]

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4 years ago

A rocket is headed away from earth at a speed of 0.8c. the rocket fires a missile at a speed of 0.7c (the missile is aimed away

dsp73

To solve this problem, let us consider that the Earth is the origin, the initial reference point. Therefore the speed of rocket plus the missile would be 0.8 C

Now after the rocket had moved away from Earth, it fired a missile at a speed of 0.7 C. Now the reference made to this is relative to the rocket. We have established that our initial reference point is the Earth, therefore the real speed of the missile with reference to Earth is:

Speed of missile relative to Earth = 0.8 C + 0.7 C

Speed of missile relative to Earth = 1.5 C

Answer is:

A

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3 years ago