steps and worked-out calculations please. Thanks!
(Part B) - In FD statistics we describe a system of many identical particles that obey Pauli exclusion principal. Particles are half integral spin particles.No two fermions can exist in same state,But if we talk about Bosons they are opposite of fermions .They are either integral spin or no spin particles.Also they do not obey pauli exclusion principle. More than one boson can take up single state.Therefore their distribution function are different.
Find k so that the following function is continuous on any interval:f(x)= kx 0 (less than or equal to) x (less than) 23x^22 (less than or equal to x)i know the answer is 12 but i don't know how to arrive at that. could you please walk me through the steps? thanks.
please answer all the 4 parts of this question 2. Consider the circular helix r(t)- (a cos t, a sin t, bt) where a > 0,b > 0. Let P(0, a, T) be a point on the helix (a) Find the Frenet frame (T, N, B) at the point P (b) Find equations for the tangent and normal line at P (c) Find equations for the normal plane and the osculating plane at P (d) What is the curvature at...
"In R, define a function counting the values that are less than 0 for two vectors x=rnorm(50) and y=rnorm(5000) respectively. Define another function to calcute the proportion that values are less than 0 for x and y respectively. Compare calculated proportions with theoretical proportion 0.5, what conclusions can you make?" Please help me with the source code! Thanks!
E-0.38 eV; E-0 eV) A. The electron will be raised from the ground state to the fifth "excited" state, i.e. ton-d. B. The electron will be raised from the ground state to an excited state with n larger than 6, but will still be bound in the atom. The electron in the atom will drop down to the ground state. C. The electron will be removed from the atom. A gamma ray photon Eo strikes a hydrogen atom. Which of...
BST.cpp #include "BST.h" #include "BT-visualize.h" #include <assert.h> #include <stdio.h> #include <string.h> #include <string> // Implement the following five methods // inserts val into BST rooted at x and returns the tree's new root BTnode * insert(BTnode * x, int val) {} // returns true iff target in tree rooted at x bool search(BTnode * x, int target) {} // Find the maximum value of a tree rooted at x int findmax(BTnode * x) {} // Find the manimum value of...
Please answer with all steps. Thanks Given "x4 3 cos + 7 sin t 0.75_dt F(x) =let, d, G(x) =1 dt 5t0.75 0 Using the Fundamental Theorem of Calculus Part II, calculate the limit Lim Given "x4 3 cos + 7 sin t 0.75_dt F(x) =let, d, G(x) =1 dt 5t0.75 0 Using the Fundamental Theorem of Calculus Part II, calculate the limit Lim
please help me out! 7) Identify the compounds A to D in the following reaction scheme. No need to provide the reaction mechanism for any of the steps. 0 0 NaOH OEt ► A - EtOH ETONa/EtOH NaOH H905, Heat H20c
Figure 2-1 At t = 0 s a) C is moving, and D is at rest. b) D is moving, and C is at rest. c) C and D are both moving. d) C and D are both at rest. Please explain how you got the answer and any equations you may have used! A step-by-step solution would be very helpful. Thanks! (IM) t (S)
34) Which of the followine represent STP Standard Temperature and Pressure) conditions A) TOK and Plam BT-0"C and P760 atm CT-273 K and P-0 atm D) T-273 K and P lam ETIK and Patm 25) 23) Which of the following is TRUE for a liquid that is placed in a sealed container? A) Condensation of the evaporated molecules in the car can only occur once all of the liquid molecules are in the vapor for gaseous) state. B) A set...
Figure 2-1 At t = 0 s a) Rider C is ahead of rider D. b) Rider D is ahead of rider C. c) Rider C and D are at the same position. Please explain how you got the answer and any equations you may have used! A step-by-step solution would be very helpful. Thanks!