Questions LLC
Login
or
Sign Up
Ask a New Question
Science
Physics
Atomic and Molecular Physics
Calculate the interplanar spacing (in picometers) that corresponds to defracted beams of X rays at è = 24.0o, if the X rays have a wavelength of 127. pm. Assume n = 1
_____pm
1 answer
n*lambda = 2d*sin theta
You can
ask a new question
or
answer this question
.
Similar Questions
Determine for solid manganese (Mn) the following:
What is the atomic density (atoms/m) along the [110] direction of the Mn
Top answer:
For molibdenium We see from the PT that Mo is a BCC material, so the face diagonal [011] has
Read more.
Determine for solid manganese (Mn) the following:
What is the atomic density (atoms/m) along the [110] direction of the Mn
Top answer:
I'm obtaining a lattice constant of 6.251×10^-9 centimeters which is too small for Mn
Read more.
Proportional spacing replaced what other kind of spacing?
A.) parallel spacing B.) monospacing C.) one-to-one spacing D.) fixed
Top answer:
D.) fixed spacing
Read more.
When X-ray beams pass through the body, are they a good example of wave absorption?
No, because x-rays cause pair production in
Top answer:
Yes, because some body tissues absorb more x-rays than others.
Read more.
Calculate the deflection v at the free end, B, for the beams shown below. Both beams have the same rectangular cross section.
Top answer:
To calculate the deflection v at the free end B of the beams shown, we can use the standard formula
Read more.
Calculate the deflection v at the free end, B, for the beams shown below. Both beams have the same rectangular cross section.
Top answer:
To calculate the deflection at the free end, B, we will use the equation for deflection in a beam
Read more.
How do refracting telescopes magnify a far away image?
A. by forcing light beams to change direction B. by directing light beams
Top answer:
B. by directing light beams to meet at a focal point
Read more.
Calculate the ratio of the moments of inertia I1/I2 of two beams of rectangular cross section of the same width, one with a
Top answer:
To calculate the ratio of the moments of inertia I1/I2, we need to use the parallel axis theorem,
Read more.
Calculate the ratio of the moments of inertia I1/I2 of two beams of rectangular cross section of the same width, one with a
Top answer:
To calculate the ratio of moments of inertia (I1/I2) for two beams with rectangular cross sections,
Read more.
Calculate the ratio of the moments of inertia I1I2 of two beams of rectangular cross section of the same width, one with a
Top answer:
did you get the answer for this?
Read more.
Related Questions
A model shows rays of sunlight moving straight from the sun perpendicular to the surface of the Earth. What are these rays
A model shows rays of sunlight moving straight from the sun perpendicular to the surface of the Earth. What are these rays
A model shows rays of sunlight moving straight from the sun perpendicular to the surface of the Earth. What are these rays
If △PQR∼△JKL, which statements are correct?(1 point)
∠P≅∠J and PQ¯¯¯¯¯¯¯¯ corresponds to JL¯¯¯¯¯¯¯.
A model shows rays of sunlight moving straight from the sun perpendicular to the surface of the Earth. What are these rays
A model shows rays of sunlight moving straight from the sun perpendicular to the surface of the Earth. What are these rays
A model shows rays of sunlight moving straight from the sun perpendicular to the surface of the Earth. What are
these rays
A model shows rays of sunlight moving straight from the sun perpendicular to the surface of the Earth. What are these rays
If △PQR ~ JKL, which statements are correct?
∠Q ≅ ∠K and PR corresponds to JL. ∠Q ≅ ∠L and PQ corresponds to JK.
Solar System Distances Quick Check
4 of 44 of 4 Items Question Why do astronomers use astronomical units (AU) instead of
