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FORCES that do not STORE ENERGY are CALLED nonconservative or DISSIPATIVE forces

Formula to be used : Second EQUATION of motion

S = UT + 1 / 2 gt²

S refers to height, U refers to initial velocity, t refers to time and g refers to gravity.

S = 5 m ; t = 5 seconds ; U = 0 m / s ( As OBJECT is dropped from rest )

Substituting in the equation we get,

5 m = 0 * 5 + 1 / 2 * g * 5²

5 m = 0 + 25 / 2 * g

5 m = 25 * g / 2

=> 5 m * 2 / 25 = g

=> 10 m / 25 second² = g

=> g = 0.4 m/s²

, Hey.... MISS...

i think its GOOD for U...

HOPE ITS HELPFUL

It MEANS that POSITIVE CONDITION i THINK it so but i m not SURE about it

Hola Makhi!!

Your answer :-

Conductors - The SUBSTANCE which allow the current to pass through them are called conductors.

Insulators - The substance which do not allow the current to pass through them are called Insulators.

Good CONDUCTOR of electricity - Copper

Good conductor of HEAT - Iron

Insulator of electricity - Wood

Insulator of heat - Plastic

Hope it helps!!

☆ REGARDS @e ☆

She will MOVE from that CONSTANT SPEED in the constant DIRECTION.......

We FIND SHORTER DUE to more wavelength and refractive INDEX

REFERRED to the ATTACHMENT

GRAITY is 0 at centre of earth because the newtons LAW states that as you go AWAY from EATH gravity decreases

The AMMETER READING is 9A

A wind blowing steadily towards the equator from the north-east in the NORTHERN hemisphere or the south-east in the southern hemisphere, especially at sea. Two belts of TRADE winds encircle the EARTH, blowing from the TROPICAL high-pressure belts to the low-pressure zone at the equator.........

I presume that by "SPEED", we MEAN "velocity" & that all velocity vectors here are in the same direction.

Distance = X mtrs

time takes is (x/2 /20) + (x/2 /30)

= x/40 + x/60 sec

= (3x/120 + 2x/120) sec

= 5x/120 seconds

|velocity| = speed = dist (x) / time (5x/120)

= 1M/(5/120)sec

=120/5 m/sec

= 24 m/s

The, centrepetal FORCE become zero.
and our blue green Bob (earth) will FLY with a GREATER SPEED.

Which TYPE of QUESTIONS do U NEED

Hey mate I hope it must help u

3rd LAW of motion

Newton FOUND three laws of motion

This law is
" For every action there is EQUAL and OPPOSITE reaction '

example - If you hit a ball to a wall with some force the ball will come back with the same force

PLS mark it as brainliest

Answer:

EXPLANATION:

Power is RECIPROCAL of the WAVELENGTH, hope you understood

Unit of weight is 'N'

weight of OBJECT 80 N then mass is 8 kgs

Here is UR ANS....
Air---in motion is called--Wind--VARIOUS types
| |
| 1) TRADE wind
|. 2) Local wind
Exerts
|
Pressure

Because of FLUID and combination of AIR PARTICLES PRESENT in atmosphere

No, it is not POSSIBLE because there MUST be centrifugal force to keep you in the CURVE, OTHERWISE you'll go tangentially

Time taken will be time of ASCENT GIVEN by u/G

Where u is intial VELOCITY and g is ACCELERATION due to gravity

So T=10/9.8=1.02 seconds

The ANGLE between two vectors deferred by a single POINT called the shortest angle which you have to TURN AROUND one of the vectors to the position of co directional with another vector

An OBJECT is in motion WITHOUT KNOWING its CAUSE
in detail:-
kinematics: it is the branch of physics which deals with the study of motion of the object without knowing the FACTORS of motion

Hey mate!! here is your answer

Bipolar transistor AMPLIFIERS must be properly biased to operate correctly. In circuits made with INDIVIDUAL DEVICES (discrete circuits), biasing networks consisting of resistors are commonly EMPLOYED. Much more elaborate biasing arrangements are used in integrated circuits, for example, bandgap voltage references and current mirrors. The voltage divider configuration achieves the correct voltages by the use of resistors in certain patterns. By selecting the proper resistor values, stable current levels can be achieved that vary only little over temperature and with transistor properties such as β.

The operating point of a device, also known as bias point, quiescent point, or Q-point, is the point on the output characteristics that shows the DC collector–emitter voltage (Vce) and the collector current (Ic) with no input signal applied.

To fill the cycle TYRE,vaccum CLEANER to clean the HOUSE,RESPIRATION(INHALING and exhaling)

The ANSWER is -10m/s^2.
We KNOW that ,
a=v-u/t,
so here,u=50m/s,v=20m/s & t=3s.
Therefore a=20-50/3= -10m/s^2.

Imagine charge to be ENCLOSED in a CUBE of dimensions 8cm×8cm×8cm whose one face is square plate mentioned in question. For this imaginary cube we can write electric flux through it. Since charge is at centre of this cube we can SAY flux through all faces will be EQUAL (by symmetry) THUS flux through each face will be 1/6 times of total flux.
Since square plate was one of the faces of imaginary cube we know electric flux through it.

Hope it will be helpful.

Rotatary ,OSCILLATORY ,LINEAR MOTION

Hey mate...


the MOMENTUM of the falling METEORITE increases...as it REACHES the earth.
Causing a TREMENDOUS FRICTION which burns up most of meteorite.

number: 285

Find the RESISTANCE between DIFFERENT pairs of vertices of a wire cube.

a) between the vertices on the SPACE diagonalb) between the vertices on the FACE diagonalc) between two vertices on one edge







We will denote the resistance of one edge as R.

Hint 1

Hint 2

Analysis

Solution of part a) - Finding the resistance between the vertices on the space diagonal

Solution of the part b) - Finding the resistance between the vertices on the face diagonal

Solution of the part C) - Finding the resistance between the vertices on one edge

Answer

HEY MATE / DEAR , HERE IS YOUR ANSWER..✌✌❤❤

The LENGTH of the DAY in Mercury is :- 1,408 hours.
The length of the day in VENUS is :- 5,832 hours.

Where the IMAGE is FORM on RETINA
How can we CORRECT MYOPIA

Answer:

Given: A ray of light TRAVELS from an OPTICALLY denser to rarer medium. The critical angle for the two media is C.

To find the maximum POSSIBLE deviation of the ray

Solution:

Critical angle is the angle of incidence for which the angle of refraction is

2

π

for a given pair of media.

LET θ be the angle of incidence and ϕ the angle of refraction.

When the ray passes from denser to rarer medium, the deviation is δ=ϕ−θ. If θ=C then ϕ=

2

π

and deviation δ=

2

π

−C. This is the maximum deviation. When total internal reflection occurs, the deviation is given by δ=π−2θ. Here δ is maximum when θ is minimum. The minimum value of θ is C.

Hence maximum deviation δ=π−2C.

solution