a 5.8 × 10*“ kg cc cant digits.

Q: 10.0 m. Y 500 N T₁ 3.0 m 6.0 m X

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Q: Is kg/s a basic or derived unit in SI?

A: A kg i.e. kilogram is the basic SI unit representing mass of an object, while a second is the basic…

Q: AN 5kg Fx W = mg %3D Fig 3.19

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Q: Som O = 70 APnt:- g cale of Draw with the 1 cm= Som 1

A: A vector is represented by its magnitude, and direction. Direction is represented by angle.

Q: P rad/s 212.06 .a O

A: Given,Radius of the cylinder, R = 7.5 mangular velocity of the cylinder, ω = 9.0 rad/sec

Q: F. 15° 700 N

A: It will be calculated by using law of parallelogram of vector addition and sine law.

Q: F. 10 kg | 30° m/s?

A: Given that:Mass m=10.0 kgForce F=264.0 NCoefficient of kinetic friction, μ=0.60

Q: Consider the figure shown below. a) If a=45°, Find Tl and T2. b) Find the value of a for which T2 is…

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Q: F = 20 N uk = 0.1 O = 45° %3D M1 = 7 kg

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Q: wv/s in 7.3. Veu l the

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Q: 60°Y A 45 15 N

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Q: Q1/ Convort [0.55 6)/s to ft/s ?

A: Given speed 0.556 m/s We know, 1 m =3.28 feet

Q: 4. 138.57 kg/m3 = Ib/ft

A: as per guidelines , only 4th solution is provided Given  138 kg/m³  Calculate this in lb/ft³

Q: 59.5 5R R R 5R ww 4R A

A: It is just series and parallel combination. All three branches in parallel and above and below…

Q: 47 °C = _______ °F

A: Celsius- Fahrenheit conversion formula is,

Q: 2. 0 kg majs

A: 0.25 J

Q: that driver of tind the mesI ef Car af 28 m)s amd of en orgy· how 56876

A:

Q: P:57

A: Given:-  A circuit  Which made by 5 resistance and one voltage arranged as in the figure  R1=1.0 kΩ…

Q: D° km-. Wha

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Q: Show that for small changes in height h, such that h< <RE , Equation 13.4 reduces to the…

A: The change in potential energy is given as, Here r is radius of Earth.

Q: 2. d= Bam If the mopretic fied at VI print P In 'is 3x1o4 T, what is the curreat I7

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Q: A. 144 rad/s

A: Given Resistance=11000 ohms Capacitance=2.0*10-6 F Inductance=24.0 H Required frequency to minimise…

Q: H.W 1. A Ay is equa.

A: Given, Initial position, x1=-2,y1=5 Relation between change in y and change in x, ∆y=3∆x

Q: F2 Lw 1Z 144 1

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Q: VA m/s SA с T S 10 SB

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Q: 8. A 50 kg ice skater sp making 2.5 turns eac measurements indica What horizontal for

A: Given,  mass of skater = 50 kg Making 2.5 turns each second means angular velocity , ω = 2.5×2π…

Q: r with length L = m ,mass m 0 gram, and re

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Q: Fr = 125 N %3D anks. Fg = m = a = m/s?

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Q: ove the bar is 1.5 m/s.

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Q: ect wih mass maud With mass hand KE=L mV

A: Kinetic energy for an object with mass  m and velocity v is given by: K.E = 12mv2

Q: FTA mg IFr= 0.72 m, And v = 4 m/s FTB And m 0.3 kg Find Fra and Fr2 B mg

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Q: Convert the following a) 1000 R° to FO b). 70 bar to mm Hg

A: As per our guidelines, we are supposed to answer only first one question in case of multiple…

Q: m/s, wha -t=4 s?

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Q: W=700N 3 m 2500 N/m A B C 1.5 m- -2.5 m

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Q: B 1.5 m 0 = 30 VA = 3 m/s

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Q: t= 0.10 in. a

A: Given,Torque applied to the square section, τ = 400 lb.ftshearing stress is, s = 6000 psithickness,…

Q: y F1 45° 30° F = 150 N Copyright O 2022 Pear

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Q: F- S00 N 03m 60 0.25 m F= 600 N

A: Dear student,                     According to the guidelines I am allowed to answer only one…

Q: Given that m = 19 kg and 0 = 51, solve T2. Note: Round off final answer to 4 decimal places.

A: The tension T3 is equal to the weight of the mass mg. So, T3 = mg T3 = 19×9.8 T3 = 186.2 N

Q: X- 0 X= x, (a) (6) x (mm) (A) A

A: Given, Potential of battery, V = 10.80 V xs = 8.24 mmσ3 = 3.014×107 Ω . m-1

Q: St Columban the resultat. a 5 cm. b) E cm c) 13 cm the 30 N of E Find 20 Sef E

A: Ans:- Image-1

Q: b. kg/m³

A: Given data,  Density of air=1.29 g/ltr Express it in:  a. g/cm3  b. kg/m3

Q: a. g/cm³

A: Given data;  Density of air =1.36 g/ltr  Express it in,  a. g/cm3  b. kg m

Q: x(t) = 3.00t²e-0.5t

A: Given:

Q: メ> 10 kg l0m->

A: Given,Tension in the rope, T = 125 Ng =  10 Nkgsin 37° = 0.60cos 37° = 0.8weight, W = 80 Nlength of…

Q: Q. 5: Prove that kg. m/sec = Ns. %3D

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Q: 1.00 m - 2.50 μC 6.00 μC

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Q: otting the und in a l

A: We are authorized to answer three subparts at a time, since you have not mentioned which part you…

Q: s shown in the figure bel R and 0 in the figure. r the hall to reach tbe or the

A: