Please explain this problem step by step and answer it, my algebra is not good.
Please explain this problem step by step and answer it, my algebra is not good. Two...
Can you please explain step by step solution with algebra included, im having a hard time understanding it! Part A & B 7.1.40 In a youth basketball league, a (a) Lat L denote the event that the layup is good and T denote the event that player is fouled in the act of shooting a the the sod t l a layup. There is a probability 0.2 that tree is the layup is good, scoring 2 points. If the layup...
Please help me, my professor wants us to explain step by step each problem but I cant! This is worth many points so please help me! Thank you! Writing Assignment 4 The following application and statements a., b., d., e., and f. can be found Sullivan's PreCalculus 9t www wennnnm edition pages 336-337. "A strain of E-coli SC18del-recA718 is placed into a nutrient broth at 30° Celsius and allowed to grow. The data given below are collected where x is...
(Linear Algebra) Please explain how to get to the answers step by step. Answers Provided. The vector x is in a subspace H with a basis ß lb1, b2). Find the ß-coordinate vector of x. 10 -3 25 Objective: (2.9) Find Beta-Coordinate Vector of x Determine the rank of the matrix. 1-2 3 -5 16) 2 -4 8 -6 3 6-915 Objective: (2.9) Determine Rank of Matrix We were unable to transcribe this image
*ANSWER IS GIVEN BY INSTRUCTOR PLEASE DO PROBLEM STEP BY STEP WITH WRITTEN EXPLANATION ON HOW TO DO EACH STEP. Thank you C Useful constants (none exact unless specified) Given on exams 1 amu 1.6605x 1027 kg c (speed of light in vacuum) = 2.998 x 108 m/s 1 eV-1.602 x 10-19 Proton mass 1.00728 amu Neutron mass 1.00866 amu Electron mass 5.48580 x 104 amu 1 J = 1 kg m2/s2 (exact) How much energy (in ev) is absorbed...
Linear Algebra. Please explain each step! Thank you. 2 pts) Problem 8: In this Problem you choose either (i) or (ii) to answer: (i)Let V be a finite dimensional vector space with bases B, B', B". Prove that (ii) Accept the formula in () without deriving it and instead show that, t the formula in (i) without deriving it and instead show that, B,3' 2 pts) Problem 8: In this Problem you choose either (i) or (ii) to answer: (i)Let...
The expression below is a pulley problem in physics. I'm solving for acceleration. Please explain algebraically how to get from equation (1) to equation (2) [m_1 (g - a) - (m_2 a) = Ia/R^2 (m_1 + m_2) a +1/R^2 a = m_1 g a = m_1 g/[(m_1 + m_2) + I/R^2]
If you can please explain step by step for each question. Problem 1, Question 1. Cyclohexae, C6H12, melts at 6.55 oC and has a freezing point depression constant of kfp = -20.0 oC/m (where m is molality). You want to determine the molar mass of an unknown pure compound using the colligative property of freezing point depression. You weigh out 83.561 g of cyclohexane, and confirm that its melting point is 6.55 oC. You then mix 2.566 g of your...
Could you please solve this problem with the clear hands writing to read it please PLEACE? Also the good explanation to understand the solution is by step by step the subject is Modern algebra Commutative rings and modules 1. (10 points) Let R be a commutative ring with identity. The Jacobson radical of R is defined to be the intersection of all maximal ideals of R: J(R) m. m is maximal in R Show that for any x E J(R)...
Linear algebra problem: Please show all steps and explain, ensuring the given answer is correct. Question 7: Write the system of linear equations in the form Ai , where A is a matrix of the coefficients of the left-hand side of the system, v is the vector of the unknowns, and b is the vector of the constants of the right-hand side of the system
Please explain to me (word by word) and (step by step) the details in this problem and where did I go wrong in solving this problem 3. A continuous force f 80 sin(t) N acts on Rack mi in the mechanical system shown below. Spring constant k 10 N/m, k- 30 N/m, mass mi 3kg, m2 4 kg, m3 5 kg, mass moment o inertia of the pinion Je 0.24 kg m2, Radius R-0.1 m, Radius R2 0.2 m, and...