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garik1379 [7]
3 years ago
7

Cany anyone teach me how to use the vernier callipers?

Physics
1 answer:
luda_lava [24]3 years ago
5 0
Place the object in between the two jaws such that they touch opposite ends of the object making sure the object is held firmly but don’t press too tight. If you need to measure an internal diameter, then insert the upper jaws in to the cavity and open them till they touch the sides. Tighten the locking screw to hold the jaws in position.

Note the position of the vernier scale zero on the main scale. The main scale reading is the division just before where the zero mark of the vernier scale is aligned. So is the zero mark aligns just after the fifth division between 3 and 4 the main scale reading is then 3.5.

The next step is to take the vernier scale reading. To do this find the mark on the vernier scale which lines up perfectly with a mark on the main scale. The vernier reading can then be found by multiplying the least value of the vernier scale with the number of divisions till that mark. For example if the least value is 0.01 mm and the 7thmark of the vernier scale is lined up perfectly then the vernier scale reading is 7 x 0.01 = 0.07.

The final step is to add the main scale and vernier readings to get the final measurement. For example 3.5 + 0.07 = 3.57 mm.

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Si tu velocidad al caminar es 0,3 m/s. Determina el tiempo que demorarias en llegar al sol en horas (REALIZAR TRANSFORMACIÓN DE
Contact [7]

Answer:

138,516,546.9 horas.

Explanation:

Tenemos que usar la ecuación:

Velocidad = distancia/tiempo

Acá tenemos:

Velocidad = 0.3m/s

distancia = 149597870700 m

y queremos resolver la ecuación para el tiempo:

0.3m/s =  149597870700m/tiempo.

tiempo =  149597870700m/(0.3m/s) = 498,659,569,000 s

y sabemos que una hora tiene 3600 segundos, entonces si queremos transformar de segundos a horas tenemos:

498,659,569,000 s = (498,659,569,000/3600) h = 138,516,546.9 horas.

6 0
3 years ago
The driver of a car hears the siren of an ambulance that is moving away from her. If the actual frequency of the siren is 2000 h
MatroZZZ [7]
The answer is A.) 1,900 Hz
8 0
3 years ago
Read 2 more answers
Define criteria & constraints
geniusboy [140]

Answer: Explain the terms “criteria” and “constraints.” Criteria are things the design needs to do in order to be successful--its requirements. Constraints are limitations on the design. These may be materials available, the cost of the materials, the amount of time they have to develop the solution, etc.

Explanation:

6 0
4 years ago
The maximum acceleration a pilot can stand without blacking out is about 7.0 g. In an endurance test for a jet plane's pilot, wh
steposvetlana [31]

Answer:

v=54.00m/s

Explanation:

7.0g is 7\times the acceleration due to gravity.

Given that g=7\times9.8m/s^2, acceleration can be calculated as:

a=7\times9.8m/s^2\\a=68.6m/s^2

Since circular motion is involved and our radius of curvature is given as,r=\frac{85}{2}m, <em>centripetal acceleration </em>is given by the formula:a=v^2/r.

Make v^2 subject of the formula to find v:

a=v^2/r\\v^2=ar=68.6\times(85/2)\\v^2=2915.5\\v=\sqrt{2915.5}\\v=54.00m/s

The maximum speed of the pilot is 54m/s

7 0
4 years ago
Determine the repeat distance, linear density, and packing fraction for BCC lithium, which has a lattice parameter of 0.35089 nm
NeX [460]

Answer:

The [111] direction is close packed; the linear packing factor is 1.

Explanation:

Lattice parameter = a₀ = 0.35089nm

Directions 100, 110 and 111

r =  <u>3a₀  </u>

        4

where r = repeat distance

r = <u>3(0.35089)</u>

           4

r = 0.1519nm

For [100]; r = a₀ = 0.35089nm

Linear density = 1/a₀ = 2.85points/nm

linear density = 1/a₀ = 2.85 points/nm

linear packing fraction = (2)(0.1519)(2.85) = 0.866

For [110]; r = 2a₀ = 0.496 nm

linear density = 1/a₀ = 2.015 points/nm

linear packing fraction = (2)(0.1519)(2.015) = 0.612

For [111]: r = 3a₀/2 = 0.3039 nm

linear density= 2/3a₀ = 3.291 points/nm

linear packing fraction = (2)(0.1519)(3.291) = 1

Therefore, from the above, [111] direction is close packed; the linear packing factor is 1.

8 0
3 years ago
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