Please do algebraically if possible. The graphing portion confuses me more.
here as we know that for 95% middle values ; critical value of z =1.96
therefore 95% of resistors to be accepted r=margin of error =z*std deviation =1.96*5=9.8
Please do algebraically if possible. The graphing portion confuses me more.
Please solve the solution step by step. It skips steps and confuses me.
Solve the following linear trigonometric equations algebraically (without graphing technology) for all solutions in the domain 0 ≤ x ≤ 360°. Use exact solutions whenever possible. https://gyazo.com/649e0531a8bf1191dab85b54a20e468c
Solve the following quadratic trigonometric equations algebraically (without graphing technology) for all solutions in the domain 0 ≤ θ ≤ 360°. Use exact solutions whenever possible. https://gyazo.com/53805833e1d926721a17560025a6b858
please help help filling out the table what type of information exactly? becuase this is confuses me
this dot thing confuses me please help Read the description of the electron dot structures of six elements. Drag each description into the correct box representing the sand p blocks of the periodic table has two unpaired dots has three unpaired dots has an unpaired dot has four unpaired dots has two pairs of dots and two unpaired dots has three pairs of dots and an unpaired dot s block p block
Please do this discussion and send me as soon as possible. i will be waiting for your response. The chart you select to represent your data will be influenced by many factors. Kirk (2016) has put each chart into the five main families below: Categorical: Comparing categories and distributions of quantities values Hierarchical: Charting part-to-whole relationships and hierarchies Relational: Graphing relationships to explore correlations and connections Temporal: Showing trends and activities over time Spatial: Mapping spatial patterns through overlays and...
HELP with E-FIELDS.. please fully explain bc this question confuses me ___________________ 3. The electric field and magnetic field components of a signal propagating in free space are given by E(z,t)-nHo cos(7.5x10 t-Bz)a H(z,t)- H,cos(7.5x10't-Bz)a, Find the values of β and η such that these expressions satisfy all of Maxwell's equations. OD OB (Hint: Use first and xE- to find β and 17, then show that the above c, a fields also satisfy V-D 0 and V B-0).
Could someone please help me figure out how to do the bottom portion of this question? (% transmittance) You measure the %T values for a series of Six BUN Standard solutions. You need to convert the values to absorbance to determine its relationship to the solution concentration. You process your patient's BUN sample and determine its % Transmittance to be 38.5. What is the concentration of BUN in your patient's sample? Is this reading high, low or normal? high low...
Could you please help me to solve this exercise? If possible, please do it in very details so I can understand where numbers come from, it would help me a lot for other similar exercises Many many thanks 5. Choosing the relevant information within the following, compute the net trade cycle for the company YEAR 2016 Sales Receivables (ending balance) Inventories (beginning balance) Inventories (ending balance) Accounts payables (ending balance) Cost of goods sold Purchases Interest rate Net financial obligations...
2. Consider a one-dimensional simple harmonic oscillator. Do the following algebraically. 2. Consider a one -dimensional simple harmonic oscillator. Do the following algebraically. a) Construct a linear superposition of I0) and |1) by choosing appropriate phases, such that (x) is as large as possible. i) Suppose the oscillator is in the state la) att 0. Find la) and x) ii) Evaluate the expectation value(x) at t 〉 0. ii Evaluate (A x)2) att > 0. b) Answer the same questions...