1- Draw the plane represented by Miller's indices written under the figure (111) (120) (020) (001)
Q: Problem 10: Using special techniques called string harmonics (or "flageolet tones"), stringed…
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Q: A = 1i - 0.5j, B = 1i +1j, calcuate the dot product of A and B. O A. 0.5 OB. 1.0 O C. 1.5 O D. -0.5
A: Given data: Two vectors A and B A = 1i - 0.5j B = 1i + 1j Required: The dot product of vector A and…
Q: 1: A new car has a 0.040 m³ volume gas tank. It also gets 20 km/L gas mileage. How far can the car…
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Q: Fill in the missing values. PE= KE-80J ME-100J PE= KE=0J 2m ME= PE=503 KE= ME= M 10m 6m PE=0J KE=…
A: According to question we need fill the blanks.
Q: 2. Determine an equation to predict metabolism rate as a function of mass based on the following…
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Q: Express the temperature (73.2oF) in Celsius degrees. Please include 1 decimal place in your answer.
A: The temperature in degree Celsius and Fahrenheit are related as C=59F-32
Q: - 0 = 90°
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Q: The value for a Mole is
A: Mass of a elements can be defined as the product of numbers of moles present to the molar mass of…
Q: Which diagram(s) I II III best characterize(s) a pure substance that is compound?
A: In this we have to select which is compound .
Q: a=6πb/q√17 relating the variables a, b and q.
A: solutionGiven : a=6πbq17--1Given condition←'b' is held constant and 'q' is varied and 'a' is…
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A: Given that, the energy states are ε1=0Jε2=1.5×10-20Jε3=3.0×10-20Jε4=4.5×10-20J We have to find the…
Q: An ideal gas with a volume of .867 m3 has a temperature of 119°C. If there are 8.72 x 1024…
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Q: A non-ideal gas, exhibiting strongly non-linear relationship between pressure and temperature by 1.5…
A: Non Ideal gas behaviour is described by van der Walls equation.Given that the relation between…
Q: What is the net product of the CNO cycle? A. helium B. carbon C. nitrogen D.oxygen E. all of the…
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- 2B. Why will helium rather than hydrogen more readily leak through an inflated rubber balloon? Your answer2. Boyle's Law states that when a sample of gas is compressed at a constant temperature, the pressure P of the gas is inversely proportional to the volume V of the gas. (That is: at a constant temperature, the equation P = c. 1 holds, for some constant c.) V (Note: The standard units of volume are cubic meters, m³, and the standard units of pressure are Pascals, Pa, or kiloPascals, kPa.) 3 (a) Suppose that the pressure of a sample of air that occupies 0.106 m³ at 25°C is 50 kPa. Write V as a function of P. (b) Calculate dV dP when P = 50 kPa. What is the meaning of the derivative? What are its units?PE-30 J PE= PE= PE- %3D KE PE=0
- Need to show all of the work and correct unitsLearning Goal: To learn and practice the geometry skills necessary for complex reflection setups. The law of reflection has the very simple form Oreflected, Vincident = where incident is the angle between the normal and the incident ray and reflected is the angle between the normal and the reflected ray. Although the law itself is easy to use, many realistic situations involve successive reflections from multiple surfaces. The law of reflection does not become any more complicated in such cases, but the geometry of the rays does become complicated. Consider the case of light shining onto a mirror, which is attached to another mirror at some angle a, as shown in the figure (Figure 1). In this problem, we will find the angle at which light leaves the arrangement of two mirrors. Figure 1 of 2 > Part A If the light strikes the first mirror at an angle 0₁, what is the reflected angle 02? Express your answer in terms of 0₁. 0₂ = 0₁ Submit Part B Correct Previous Answers Now, find the angle…30° Fig. 4