e) The object's length is somewhere between 35.3 and 55.3 cm. 2. Read the following Vernier...
Read the length in mm of the following vernier caliper: 2 4 5 7 lTT0.05 mm 0 2 3 4 56 7 8 9 0
(a) What is the measurement uncertainty of this Vernier
Caliper?
___ cm
(b) What is the main scale's measurement?
___ cm
(c) What is the Vernier scale's measurement? You will need
to zoom in on the picture.
___ cm
(d) What is this object's total length?
___ cm
Please explain, I know it's easy.
Below is the picture of a sample measurement with a Vernier Caliper 0 5 10 15 20 25 LLLLLLL 24682 3 O4 = We were unable...
Read the length in mm of the following vernier caliper: 4 7 TITTTTTTTTTTTTTTT0.05 mm
324 More Length Meters About the length meters, if you think you have already known it all... You may handle these following instruments with ease. 35 NO 30 25 SU 任务点 章节 More length readings 1.[10 The reading of this Vernier micrometer is in. 10 VERNIER SCALE THIMBLE SCALE 0.000 0 SLEEVE SCALE 0 1 2 20 0.206 0.025 15 ABEI0226 Hint: The bigger division on the sleeve scale is 0.1 inch. 1: 2: 3: 4: 5 2.[] The reading...
record the main scale reading and vernier coincidence.
calculate the diameter using formula Diameter= main scale
reading+(vernier coincidencex LC) - ZE.
LC= 0.05
ZE= 0
Խանասնահատականանասնականանամական 0 1 2 3 4 5
DIRECTIONS: Work the problem. You must show all work to receive credit, and you must return this sheet. Be sure to explain carefully your answers and show your work in a neat and organized manner. The problem is worth 20 points. A right angle triangular prism has a cross section shown in the figure and is made from a material whose density is 5.75 g/cm². The height of the prism is the same as its side L, whose length is...
2. Let L(t) = the length (in cm) of a fish at time t (in years). Suppose that the fish grows at a dL dt = 5.0e-0.2t rate (a) Determine the exact change in length of the fish between times t 5 and t 10. (Suggestion: First solve the differential equation using anti-differentiation.) Does the answer to this question depend on the initial condition L(0)? (b) Determine L(t) if L(0)=2 2. Continued (c) Find the approximate change in length of...
2 (2.39). An object's velocity vs time function is vo)-(-7t+10)m/sec. a) Sketch the function between -0 and 1 6 b) What are the turning points? Explain why these are turning points. c) What is the object's acceleration at each of the turning points? d) Suppose the object's position is x- 18 m at r 3 sec. Write the object's position vs time function x()
1. What is the smallest part of a centimeter that can be read or estimated on the 30 cm scale? What is the smallest part of a centimeter that can be read off the Calipers? Which reading is more reliable and why? 2. What is the smallest part of a centimeter that can be read or estimated with your micrometer? 3. In measuring the length and diameter of a cylinder, for which dimension is more important that it be measured...
A HPLC column was operated under the following conditions
Column Length – 25.4 cm Column
Diameter = 0.5 mm
Mass stationary phase = 0.49
g Density
Stationary Phase = 1.12 g/mL
Measured Outlet Flow Rate = 1.0 mL/min
Column Temperature = 25 oC.
resolution equation=Rs = Trb-Tra/W
Plate height(H) = length of column (L)/Number of plate on the
column (N)
No. of theoretical N= 16(RS/w)2
Calculate the resolution for components #3 and #4?
Calculate the plate height for column (use...