Explore topic-wise InterviewSolutions in Current Affairs.

Initial Velocity (u) = 0

Final Velocity (v) = 30 m/s.

TIME taken = 0.01 seconds.

∴ Acceleration (a) = (v - u)/t

∴ a = (30 - 0)/0.01

⇒ a = 30/0.01

∴ a = 3000 m/s².

Mass of the Hammer = 400 g.

= 0.4 kg.

Now, Using the SECOND law of the motion,

Force = mass × acceleration.

∴ Force = 0.4 × 3000

⇒ F = 1200 N.

Hence, the Force acting on the nail is 1200 N.

Hope it helps.

It will act LIKE a concave lens.because its SURFACE is CURVED inside.

“Oxygen for sale”

Give CARBON di oxide and take oxygen for 1000 bucks.

Get 10 PLANT SAPLINGS free, free, free!

The sale ends by the month end.

Hurry up!

Else, you will die sooner.

Plant more TREES to get more oxygen, else you will have to rely on the lab production.

The FREQUENCY REMAINS CONSTANT.

Give,
force=5N
ACCELERATION,a1=8m/s2
mass=m1
f=ma
5=m1×8
m1=5/8

for SECOND object,
f=5N
a=24m/s2
m=m2
f=ma
5=m2×24
m2=5/24

when they TIED together,
f=5N
a=?
mass=m1+m2
=5/8+5/24
=15+5/24
=20/24
f=ma
5N=a×20/24
120=20a(CROSS multiply)
a=6m/s2
ANSWER

Respected bank manager:

As the provision for ramp along with the stair since lift cannot be installed , you are REQUESTED to take care and install lift WITHIN a short PERIOD of TIME and it is helpful for the client to move forward with no risk and trouble of it.

Its WEIGHT...............

ω= 2/T

For HOUR hand,

ω=2/12×60×60

ω=(2×22)÷(12×7×3600) rad/sec

for MINUTE hand

ω= 2/60×60

ω=(2×22)/(7×60×60)rad/sec

for SECOND hand

ω= (2×22)/(60×7)rad/sec

i have not done the calculations pls that on your own

i think this is the correct method. HOPE i am correct. if you FIND this method wrong pls do the necessary correction

As per Gartner by 2020 40% of enterprises that are engaged in Development and OPERATIONS will secure developed applications by adopting APPLICATION security that is SELF-diagnosing, PROTECTION technologies and testing.

The companies need to adopt

Run time Application Self Protection and also assess the small vendors and other promising security providers for better option.

The INDUS Valley Civilization or HARAPPAN civilization, a Bronze Age civilization that thrived along Indus River c. 3300 – c. 1700 BC
The ancient city of Harappa was heavily damaged under BRITISH rule, when bricks from the ruins were used as track ballast in the construction of the Lahore–Multan RAILWAY. In 2005, a controversial amusement parkscheme at the site was abandoned when builders unearthed many archaeological ARTIFACTS during the early stages of building work. A plea from the Pakistani archaeologistMohit Prem Kumar to the Ministry of Cultureresulted in a restoration of the site

It is used in the rotatery PLACE where a wheels or other rotatery THINGS are fixed.
It HELPS to reduce friction.
Uses
in fidjed spiners,wheels ETC.

The surface tension PULLS the surface of the DROP equally at all points THUS produces the spherical SHAPE having the minimum surface area.

A.accelerated==========you can UNDERSTAND

So the that the DRUG can be INJECTED in the BODY.

Heya , here's your answer



 An object at rest remains at rest, or if in motion, remains in motion at a constant velocity UNLESS acted on by a net external force.

Note the repeated use of the verb remains. We can think of this law as preserving the status QUO of motion. Newton’s first law of motion states that there must be a cause—which is a net external force—for there to be any change in velocity, either a change in magnitude or DIRECTION. An object sliding across a table or floor slows down due to the net force of friction ACTING on the object. But on an air hockey table, where air keeps the puck from touching the table, the air hockey puck continues moving with a roughly constant velocity until a force ACTS on it—like when it bumps into the side of the table

m 1 =60 kg

v 1 =2 m/s

m 2 =40 kg

v 2=?

p 2 =?

p 1 = mv

p 1= 60 x 2

p 1=120 kg m/s

p 1=p 2

p = mv

120 = 40 x v 2

v 2=120/40

v 2=3 m/s

actually these ANSWER is 3 m/s but in the old text books of the physical science th answer is 30 m/s but thse answer is WRONG

1. 1938, selected for the pilot training course at RAF Cranwell.

2. 1944, became the squadron leader .

3. AUGUST 1, 1964 appointed as the first chief MARSHALL for INDIAN force.

4. 1965 was awarded with the Padmabhushan for his leadership in IAF.

5. First leader to fly past over 100 red crafts in Delhi Red fort.

On PUBLIC Interest from the Ministry of Health.

Smoking causes CANCER and Smoking kills not only the person who smoke actively but also the passive smoker.

Don’t be a murderer by Smoking in public places.

Don’t try to commit suicide as trying to suicide is punishable under act.

Respect not only the constitution but also the laws of nature.

Speed
1.distance travelled by an object in UNIT TIME is called speed of that object.
2.speed - displacemant upon time
3. its unit is meter per second.
4.its scaler quantity
5.its unit is m/s
velocity
1.rate of change of displacement is known as velocity
2.velocity - displacement upon time
3.it is a vector quantity
4.its unit is m/s
hope this HELP u.pls mark me as brainlist

Force = Mass * Acceleration

=> Acceleration = Force / Mass

Force = 5 N ; Mass = 10 KG ( Given in the question )

Substituting them in the equation we get,

5 N / 10 kg = Acceleration

0.5 N / kg = Acceleration

=> Acceleration = 0.5 m / s²

Respected Sir,

I want to place an order for some books that you would SURELY have in STOCK RIGHT now.

I would like a copy of Oliver Twist by Charles DICKENS and David Copperfield also by Charles Dickens.

I would also like to have a copy of Charlie and the CHOCOLATE Factory by Roald Dahl.

Thank you.

Yours faithfully,

Anudeep Madan.

Hi,

Answer :2m/s²

➡️Solution:

The FORCE is DOUBLE and mass too is double,so cancels each other,and acceleration remain unchanged.

Proof:
➖➖➖

Let the force APPLIED by two rubber bands is k Newton, mass of OBJECT be m kg.

F1 = m1a1

a1 = F1/m1


a1 = k/m ..........eq1

Now, the force applied by four rubber bands would be 2K Newton.

Here mass too is twice i.e. 2m kg.

F2 = m2a2

a2 = F2/m2

a2 = 2k/2m =x/m .... eq2

a1 = a2
➖➖➖
from both equation we get that in both the

condition acceleration is same.

so in the condition of 2 rubber band the

acceleration is 2m/s²

then for the condition of four rubber band and

twice the mass,the acceleration must be 2m/s².

hope you understand it well.

10M in 5 SECOND and 10m in next 3 sec
So TOTAL distance=10+10=20m

Enugu was being bombed during the war and Jonathan had to leave his home just as it was.

His ex-miner friends reported that his house was destroyed.

He was sad but when he SAW his house STILL intact then he was surprised because a much stronger home two blocks away was reduced to RUBBLE during the war.

This is the REASON he was surprised. https://quizlet.com/57218115/0th-lit-another-retake-flash-cards/

By a STAFF Reporter

Career Counselling by Top Achievers

Date, Place:

There was a career counselling session held by Career counselling academy, Place, it was a grand success.

It saw many achiever’s share their success stories and mantras.

Whereas, the new class 12 pass-outs were BUSY taking in all the briefs.

Post the success stories sharing, there was a question-answer round where the STUDENTS got good opportunity to UNDERSTAND the troubles and how to overcome them.

A COUPLE PRODUCES RATIONALE motion in the object it is ACTING

By a Staff Reporter

District Level Science Exhibition Held in Delhi

Date, Place: A district level science exhibition was organized by the Department of CBSE.

There were 20 schools from all over the CITY that participated in the event.

This event was inaugurated on Thursday by the Education MINISTER and went along TILL Saturday.

The students from class 9 to 12 participated in the event displaying their knowledge, perception and skill.

Ten experiments out of all were chosen as the best and prizes were DISTRIBUTED.

GIVEN conditions ⇒

Speed of the Body = 20 m/s.

Mass of the sand = 20 kg.

Time taken by the sand to falls on the truck = 1 seconds.

∴ ACCELERATION = 20 m/s².

Now, USING the Formula,

Force = Mass × Acceleration

= 20 × 20

= 400 N.

Now, Magnitude of the Force is 400 N.

The direction of the Force will be opposite to the motion of the truck since the sand falls on the truck.

Hope it HELPS.

Heyyyy,, hope it will help you

State : Meghalaya, in the north east of India.
Time : APRIL, every year.
Venue : Khasi Hills, near Shillong and at other places of Meghalaya, India.

The Shad Suk Mynsiem in Meghalaya
Shad Suk Mynsiem is the counterpart of the Garo harvest festival. Also known as the 'DANCE of Contentment', the famous Shad Suk Mynsiem of Meghlaya is celebrated in the month of April at the Wecking grounds near Shillong and at other places in Meghalaya.

Shad Suk Mynsiem is ONE of the most important tribal FESTIVALS of the Khasis. It is an annual thanksgiving dance festival, when people of the Khasis tribes offer prayer to God for the Bumper harvest. Men and women, dressed in traditional fineries dance along with the BEATS of drums and pipes called tangmuri, the queen of musical instruments. The festival lasts for three days.

[1] Human EYE Structure
[2] Common DEFECTS of EYES

The THREE equations of motionv = u + at ; s = ut + (1/2) at2 and v2 = u2 + 2AS can be derivedwith the help of graphs as DESCRIBED below. Consider the velocity – TIME GRAPH of a body shown in the below Figure.Velocity–Time graph toderive the equations of motion.

ø=1°54'=114'=(114×60)"=114×60×4.85×10^-6 rad = 3.32×10^-2 rad
Basis, b=AB=1.276×10^7 m
So, the DISTANCE of the MOON from the EARTH,
S= b/ø =(1.276×10^7)÷(3.32×10-2)= 3.84×10^8 (ANS)

A Wheatstone bridge is an electrical circuit USED to measure an unknown electrical resistance by balancing two legs of a bridge circuit, one leg of which includes the unknown component. The primary benefit of the circuit is its ability to provide extremely accurate measurements (in contrast with something like a simple voltage divider).[1] Its OPERATION is similar to the original potentiometer.

The Wheatstone bridge was INVENTED by Samuel Hunter Christie in 1833 and improved and popularized by Sir Charles Wheatstone in 1843. One of the Wheatstone bridge's initial uses was for the purpose of soils analysis

First, KIRCHHOFF's first law is used to find the currents in junctions B and D:

{\displaystyle {\begin{aligned}I_{3}-I_{x}+I_{G}&=0\\I_{1}-I_{2}-I_{G}&=0\end{aligned}}} \begin{align}

I_3 - I_x + I_G &= 0 \\

I_1 - I_2 - I_G &= 0

\end{align}

Then, Kirchhoff's second law is used for finding the voltage in the loops ABD and BCD:

{\displaystyle {\begin{aligned}(I_{3}\cdot R_{3})-(I_{G}\cdot R_{G})-(I_{1}\cdot R_{1})&=0\\(I_{x}\cdot R_{x})-(I_{2}\cdot R_{2})+(I_{G}\cdot R_{G})&=0\end{aligned}}} \begin{align}

(I_3 \cdot R_3) - (I_G \cdot R_G) - (I_1 \cdot R_1) &= 0 \\

(I_x \cdot R_x) - (I_2 \cdot R_2) + (I_G \cdot R_G) &= 0

\end{align}

When the bridge is balanced, then IG = 0, so the second set of equations can be rewritten as:

{\displaystyle {\begin{aligned}I_{3}\cdot R_{3}&=I_{1}\cdot R_{1}-(1)\\I_{x}\cdot R_{x}&=I_{2}\cdot R_{2}-(2)\end{aligned}}} {\displaystyle {\begin{aligned}I_{3}\cdot R_{3}&=I_{1}\cdot R_{1}-(1)\\I_{x}\cdot R_{x}&=I_{2}\cdot R_{2}-(2)\end{aligned}}}

Then, the equations (1)&(2) are divided(=equation(1)/equation(2)) and rearranged, giving:

{\displaystyle R_{x}={{R_{2}\cdot I_{2}\cdot I_{3}\cdot R_{3}} \over {R_{1}\cdot I_{1}\cdot I_{x}}}} R_x = {{R_2 \cdot I_2 \cdot I_3 \cdot R_3}\over{R_1 \cdot I_1 \cdot I_x}}

From the first law, I3 = Ix and I1 = I2. The desired value of Rx is now known to be given as:

{\displaystyle R_{x}={{R_{3}\cdot R_{2}} \over {R_{1}}}} R_x = {{R_3 \cdot R_2}\over{R_1}}

If all four resistor values and the supply voltage (VS) are known, and the resistance of the galvanometer is high enough that IG is negligible, the voltage across the bridge (VG) can be found by working out the voltage from each potential divider and subtracting one from the other. The equation for this is:

{\displaystyle V_{G}=\left({R_{2} \over {R_{1}+R_{2}}}-{R_{x} \over {R_{x}+R_{3}}}\RIGHT)V_{s}} {\displaystyle V_{G}=\left({R_{2} \over {R_{1}+R_{2}}}-{R_{x} \over {R_{x}+R_{3}}}\right)V_{s}}

where VG is the voltage of node D relative to node B.

Mechanical ENERGY is used for movement in our body . chemical energy HELPS to carry out differnt chemical processes HEAT energy gives us WARMTH .
Plz mark as brainliest !!!!

The FIRST recognizable SOCIAL mediasite, Six Degrees, was CREATED in 1997. It ENABLED users to upload a profile and make friends with other users. In 1999, the first blogging sites became popular, creating a social mediasensation that's still popular today.

SORRY I THINK the ATTACHEMENT not WORK

Image ATTACHED is not CLEAR. It is blurred. Thus, the Force on the PULLEY is not clear.

Let us assume the Force as per as the Answer.

In First CASE, Let the Force be 10 N.

GIVEN, Mass of the body (or Pulley) = 2 kg.

Using Newton's second law of motion,

Force = mass × acceleration.

∴ Acceleration = 10/2

⇒ a = 5 m/s².

In second Pulley,

Let the Force be 4 N.

∴ acceleration = 4/2

⇒ a = 2 m/s².

Note ⇒ The Assumption of the force is done because the image is not clear and the assumption is done as per as the answer given. We simply cannot assume that.

In the question there must be the Force given. By substituting the force given you can get the answers. But Remember that the method is right.

Hope it helps.

Hey FRIEND here is ur answer


RADIATION pressure is the pressure EXERTED upon any surface due to the exchange of ... the concept of radiation pressure back in 1619 to explain the observation that a tail of a comet ...

pls #FOLLOW me#

Given, R = 1.5 cm = 1.5 * m
Velocity = RADIUS *
SINCE, second hand takes 60 SECONDS to COMPLETE one rotation i.e. to COVER 2
V= 1.5 *

Your ANSWER is:- 1000N....

1. A person TRYING to get down from a running bus forward.
2.passengers travelling by train falls forward when train applies sudden brake.
3.R open fruit falls from the trees in the direction of wind.
4.A you thrown up by a boy inside a moving train move along with the train.
5.A swirling of milk in glass continues even after the stirring is stoped.

Hope you like it...
☺️☺️✌️✌️
Explanation of 3.
The trees SWAYS along with the wind and the INERTIA of motion makes these fruit sway along with the trees branches.T he fruit falls DUE to inertia of motion along the direction of wind.