What does maholo ke akua mean?

What does maholo ke akua mean?
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Related questions

How different is Khatron Ke Khiladi from Fear Factor?

Description : How different is Khatron Ke Khiladi from Fear Factor?

Last Answer : i don’t remember fear factor exactly, but it seems khatron ke khiladi has akshay kumar with about 10–12 bollywood actresses/models and trying to get them to do scary/freaky stunts. fear factor dealt with common people, not celebrities.

Who is most glamorous and sensual contestant in Khatron Ke Khiladi ?

Description : Who is most glamorous and sensual contestant in Khatron Ke Khiladi ?

Last Answer : Yana Gupta

Should Akshay Kumar do the stunt himself on Khatron Ke Khiladi?

Description : Should Akshay Kumar do the stunt himself on Khatron Ke Khiladi?

Last Answer : KKK – replies – Yes .. he should… at least it will give those girls some idea… as to what has to be done…

Do you think tapur and tupur were strong contenders of khatron ke khiladi?

Description : Do you think tapur and tupur were strong contenders of khatron ke khiladi?

Last Answer : huh?

Do you think it was justified for yana gupta to leave khatron ke kliladi?

Description : Do you think it was justified for yana gupta to leave khatron ke kliladi?

Last Answer : answer:I don’t know who they are. But I did find this. gotta love google

dukh ka adhikar path mein lekhak ne samaj ke varg bhed ki gehri abhivyanjata ki h | is tathya ki vivechna kijiye -Hindi 9th

Description : dukh ka adhikar path mein lekhak ne samaj ke varg bhed ki gehri abhivyanjata ki h | is tathya ki vivechna kijiye -Hindi 9th

Last Answer : IS TATHYE KI VIVECHNA KRTE HUE HM KHENGE KI WARG SMAJ PURATN SMAY SE CHLA AA RHA HAI PRNTU YEH SHI NHI HAI. AISA NHI HONA CHAHIYE KYOKI YDI KISO VIYAKTI KA WARG CHOTA HAI TO USME USKA KOI DOSH NHI YE CHOTA BDA WARG TO BS MANV JATI KI CHOTI SOOCH KO DARSHATI HAI.

If the momentum of a body is tripled, its KE will -Physics

Description : If the momentum of a body is tripled, its KE will -Physics

Last Answer : It becomes nine times its original value.

Who has written the patriotic song 'A Mere Watan Ke Logos'? -General Knowledge

Description : Who has written the patriotic song 'A Mere Watan Ke Logos'? -General Knowledge

Last Answer : Coupled with Lata Mangeshkar’s mellifluous voice were the powerful, hard-hitting lyrics of Kavi Pradeep that famously moved India’s First Prime Minister.

Who has written the patriotic song 'A Mere Watan Ke Logos'? -General Knowledge

Description : Who has written the patriotic song 'A Mere Watan Ke Logos'? -General Knowledge

Last Answer : (s) C. Ramchandra Aye Mere Watan Ke Logo "Aye Mere Watan Ke Logo" Song by Lata Mangeshkar Genre Patriotic song Label Saregama Composer(s) C. Ramchandra

Who has written the patriotic song 'A Mere Watan Ke Logos'? -General Knowledge

Description : Who has written the patriotic song 'A Mere Watan Ke Logos'? -General Knowledge

Last Answer : (s) C. Ramchandra Aye Mere Watan Ke Logo "Aye Mere Watan Ke Logo"Song by Lata MangeshkarGenrePatriotic songLabelSaregamaComposer(s)C. Ramchandra

Who has written the patriotic song 'A Mere Watan Ke Logos'? -General Knowledge

Description : Who has written the patriotic song 'A Mere Watan Ke Logos'? -General Knowledge

Last Answer : answer:

Taranah Alidusti Ke! ?

Description : Taranah Alidusti Ke! ?

Last Answer : Taranah Alidusti (Persian: ترانه عليدوستي) , Born 12 January 1984) is an Iranian actress and translator. He made his acting debut at the age of 16 with the film I Am Taranah , 15 (2002). He ... best actress of the decade. In 2016 , Alidusti announced the boycott of the 69th Academy Awards.

If a rock weighing 2200 N is dropped from a height of 15 m what is its KE just before it hits the ground Remember weight is measured in newtons (N) and is equal to mass times gravity.?

Description : If a rock weighing 2200 N is dropped from a height of 15 m what is its KE just before it hits the ground Remember weight is measured in newtons (N) and is equal to mass times gravity.?

Last Answer : 33,000 J

A body of mass M traveling with velocity v strikes body of mass M at rest. If the two bodies stick together during the collision, the loss of KE in the collision is (a) ½ initial KE (b) initial KE (c) All the initial KE (d) No loss of KE

Description : A body of mass M traveling with velocity v strikes body of mass M at rest. If the two bodies stick together during the collision, the loss of KE in the collision is (a) ½ initial KE (b) initial KE (c) All the initial KE (d) No loss of KE

Last Answer : Ans:(a)

A particle of mass m moves in a circular path of radius r at constant speed v. Its KE is (a) mv2/r (b) ½ Iw (c) ½ mv2 (d) ½ mrw2

Description : A particle of mass m moves in a circular path of radius r at constant speed v. Its KE is (a) mv2/r (b) ½ Iw (c) ½ mv2 (d) ½ mrw2

Last Answer : Ans:(c)

If a bomb dropped from an airplane explodes in mid-air _______. (1) its KE increases (2) its total energy increases (3) its total energy decreases (4) its total momentum decreases

Description : If a bomb dropped from an airplane explodes in mid-air _______. (1) its KE increases (2) its total energy increases (3) its total energy decreases (4) its total momentum decreases

Last Answer : (1) its KE increases Explanation: The kinetic energy of an object is the energy that it possesses due to its motion. It is defined as the work needed to accelerate a body of a given mass from rest to its stated velocity.

Maximum fluctuation of energy = 1. Max KE – Min KE 2. Max KE + Min KE 3. Max KE > Min KE 4. Max KE < Min KE

Description : Maximum fluctuation of energy = 1. Max KE – Min KE 2. Max KE + Min KE 3. Max KE > Min KE 4. Max KE < Min KE

Last Answer : 1. Max KE – Min KE

Maximum fluctuation of energy = (A) Max. KE – Min. KE (B) Max. KE + Min. KE (C) (Max. KE – Min. KE)/2 (D) (Max. KE + Min. KE)/2

Description : Maximum fluctuation of energy = (A) Max. KE – Min. KE (B) Max. KE + Min. KE (C) (Max. KE – Min. KE)/2 (D) (Max. KE + Min. KE)/2

Last Answer : (A) Max. KE – Min. KE

Which of the following relations is true when springs are connected parallelly? where K = spring stiffness a.Ke= K1 +K2 b. (1/Ke)=(1/K1)+(1/K2) c.Ke= (1/K1)+(1/K2) d.None of the above

Description : Which of the following relations is true when springs are connected parallelly? where K = spring stiffness a.Ke= K1 +K2 b. (1/Ke)=(1/K1)+(1/K2) c.Ke= (1/K1)+(1/K2) d.None of the above

Last Answer : a.Ke= K1 +K2

A first order gaseous phase reaction is catalysed by a non-porous solid. The kinetic rate constant and the external mass transfer co-efficients are k and kg respectively. The effective rate constant (ke ff) is given by (A) ke ff = k + kg (B) ke ff = (k+ kg )/2 (C) ke ff = (kkg ) 1/2 (D) 1/ke ff = 1/k + 1/kg

Description : A first order gaseous phase reaction is catalysed by a non-porous solid. The kinetic rate constant and the external mass transfer co-efficients are k and kg respectively. The effective rate constant (ke ff) is given by (A) ke ff = k + kg ( ... + kg )/2 (C) ke ff = (kkg ) 1/2 (D) 1/ke ff = 1/k + 1/kg

Last Answer : (D) 1/ke ff = 1/k + 1/kg

_________ the very small KE still present in molecules at absolute zero temperature.  a. internal KE  b. Atomic kinetic energy  c. Zero-Point Energy  d. Subliminal Energy

Description : _________ the very small KE still present in molecules at absolute zero temperature.  a. internal KE  b. Atomic kinetic energy  c. Zero-Point Energy  d. Subliminal Energy

Last Answer : Zero-Point Energy

The formula for tension difference or effective pull, required to transmit the load at.... (a) (Tt-Ts)=1000(kw/V) (b) Tt/Ts=c^ke (c) (Tt-Ts)= 1000(Hp/V) (d) None of the above

Description : The formula for tension difference or effective pull, required to transmit the load at.... (a) (Tt-Ts)=1000(kw/V) (b) Tt/Ts=c^ke (c) (Tt-Ts)= 1000(Hp/V) (d) None of the above

Last Answer : (a) (Tt-Ts)=1000(kw/V)

Botanical Words Alphabetical List - KE

Description : Botanical Words Alphabetical List - KE

Last Answer : KEEL:1. A central ridge along the back of any organ of a plant. 2. The lowest, fused petals of a butterfly-shaped flower. KEIKI: A vegetative offshoot (plantlet) formed at a node, as on an inflorescence (of ... or fruit seed. 2. The whole seed of a cereal such as corn or wheat. 3. To form kernels.