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(e) A **mass** of **m** = 4.70 kg is accelerated by a horizontal force of 27.0 N on a horizontal, frictionless surface. How much work is done by the force in 2.00 seconds if the **mass** starts from rest? 12. A block **of mass m** (**m** = 1.80 kg) is pulled at **constant speed** down the plane as shown. The coefficients of friction are: : sk = 0.75 and : = 0.55.

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**A stone of mass** 1 kg **tied** to the end of a **string of length** 1 **m**, is whirled in a horizontal **circle**, with a uniform angular velocity 2 radian/sec. The tension of the **string** is (N) Answer; 8. Choke used to limit high frequency A.C. has Answer; 9. Device used to measure very high temperature is Answer; 10. One mole of an ideal gas undergoes a.

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One end of a **string of length l** is connected to a particle **of mass m** and the other to a small peg on a smooth horizontal table. If the particle moves **in a circle** with **speed v** the net force on the particle (directed towards the center) is. i T, ii T - mv 2 **l** , iii T + mv 2 **l** ,.

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Science Physics Q&A Library **A stone is tied** to a 0.50-**m string** and whirled at a **constant speed** of 4.0m/s in a vertical **circle**. Its acceleration at the bottom of the **circle** is: CHoices: 32 **m**/s2, down 9.8 **m**/s2, down 32 **m**/s2, up 8.0 **m**/s2, up 8.0 **m**/s2, down.

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Answer (1 of 3): The tension T will be **constant** at any position if we assume a **constant speed v** of the **stone**. The tension T is the result of the Force F needed to make a circular movement. This Force F is caused by an acceleration a. (Remark: a, F,. **v** / **m** s−1 a/ **m** s−2 A 0.021 0.18 B 8.4 0.088 C 8.4 0.18 D 17 0.35 (Total 1 mark) Q15. The figure shows a smooth thin tube T through which passes a **string** with masses **m** and **M** attached to its ends. Initially the tube is moved so that the **mass**, **m**, travels in a horizontal **circle** of **constant** radius r, at **constant speed**, **v**.

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16.3 Wave **Speed** on a Stretched **String**. 16.4 Energy and Power of a Wave. 16.5 Interference of Waves. ... Six small washers are spaced 10 cm apart on a rod of negligible **mass** and 0.5 **m** in **length**. The **mass** of each washer is 20 g. ... The moment of inertia of one blade is that of a thin rod **rotated** about its end, listed in. Aluminum Rod#1 has a **length L** and a rod **of mass m** and **length L**. 3 **m**, is at an angle of 35° above the horizontal, and is held in place by a horizontal cord physics. The right end of the rod is supported by a cord that makes an angle of 30° Mar 27, 2009 · A 600 N uniform rectangular sign 4. 0100 kg/**m** 45.

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- Determine the displacement ~s of the body during the last 2 seconds before arrival at B. Ans. ~ = 11.6
**m**I I I I I I B I 80 Problem 2/31 t =0 t =2.5 sec t =9.60 sec Problem 2/33**l**/ 14 A vacuum-propelled capsule for a high-**speed**tube**l**/ 11 A body which moves in a straight line between two s,**m**~----- lOOyd -----~ : Problem 2/ 30 30 Vmm in 2.5 seconds from rest**with constant** - A body
**of mass m**is thrown straight up with velocity vo. Find the velocity**v**' with which the body comes down if the air drag equals kv2, where k is a**constant**and**v**is the velocity of the body ... **a stone of mass**1 kg**tied**to the end of a**string**o.**A stone of mass**1 kg**tied**to the end of a**string of length**1**m**, is whirled in a horizontal**circle**, with a uniform angular velocity 2 radian/sec. The tension of the**string**is (N) KCET 1998. Report.**A stone of mass 'm' tied to a string of length 'l' is rotated**in a circle with the other end of the string as the center. The speed of the stone is 'v'. If**the string**breaks, the stone will move (a) towards the center (b) away from**the**center (c) along a tangent (d) will stop Answer 4.0 /5 7 sid262626 along tangent so answer is (c) Advertisement