A van accelerates down a hill going from rest to 32.8 m/s in 5.49 s. During the acceleration, a toy (m=0.115 kg) hangs by a string from the van's ceiling. The acceleration is such that the string remains perpendicular to the ceiling.

... the tension in string B. Express the magnitude of the tension in string... The solution shows how to calculate the tensions in the vertical strings, which are ...

... b) Express the tensions in the strings in terms ... For m1: three forces: m1g, normal force from the table N, and the tension in the string T. For m2: two forces ...

...tensions in the string are T_t and T_b. T_t and T_b (vectors) have magnitudes T_t and T_b. Find T_b - T_t, the difference between the magnitude of the tension...

... acting on the bob are the tensions on two ... T2 (respectively the vertical and horizontal strings), which balances ... To understand this, let the tension on the 2.3 ...

Harmonic frequency, tension force, length of string. ... Find the first harmonic frequency. Then for a new frequency find new string tension and length. ...

Problems involving tension in the string. A transverse wave is traveling on a string. ... What is the tension in the string? Please see attached file. ...