5

# In the shadow problem, how was "12 fect away from the lamp post " used t0 solve the 'problem? A) Extrancous info B) Set initial distance C) Show ra...

## Question

###### In the shadow problem, how was "12 fect away from the lamp post " used t0 solve the 'problem? A) Extrancous info B) Set initial distance C) Show rate of change D) Show Similar Triangles

In the shadow problem, how was "12 fect away from the lamp post " used t0 solve the 'problem? A) Extrancous info B) Set initial distance C) Show rate of change D) Show Similar Triangles  #### Similar Solved Questions

##### 8 88 - 4z = -54 II Il 8 N + + Kz - 4y ~x+y 3x (Sx III
8 88 - 4z = -54 II Il 8 N + + Kz - 4y ~x+y 3x (Sx III...
##### Experiment 03 CalculationsBismuth subsalicylate MW 362.093 B/mol BiPOa Mw 303.953 g/mol Before performing the experimcntBi,O: Mw 465.96 BlmolCalculate the amount of Bi,Oa required make O0.00 mL ofa 1000 mg Bi" /L stock solution: Use stoichiometry Vour sclup Repont vour answer four decimal placesHow much 0.4 M NazPO; requirec cOMpe etely precipitate the bismuth one Pepto-Bismol tablet? Assume 262 mg bismuth subsalicylate per tablet: Use stoichiometry Yout kelup
Experiment 03 Calculations Bismuth subsalicylate MW 362.093 B/mol BiPOa Mw 303.953 g/mol Before performing the experimcnt Bi,O: Mw 465.96 Blmol Calculate the amount of Bi,Oa required make O0.00 mL ofa 1000 mg Bi" /L stock solution: Use stoichiometry Vour sclup Repont vour answer four decimal pl...
##### Exercise 9.14. The weights of instant coffee jars packed by food processor are normally distributed with & standard deviation of 0.2 02. The processor has set the mean such that about 2% of the jars weigh more than 8.41 OZ_ What is the mean setting?
Exercise 9.14. The weights of instant coffee jars packed by food processor are normally distributed with & standard deviation of 0.2 02. The processor has set the mean such that about 2% of the jars weigh more than 8.41 OZ_ What is the mean setting?...
##### (b) y = h (2? _ h?)(c) % = ~y? + h
(b) y = h (2? _ h?) (c) % = ~y? + h...
##### In the reaction: 2 CH(g) + 7 O,(g) 4 CO,(g) + 6 H,Olg), increasing the concentration of CzHs(g) willincrease the activation energy of the reaction_ B) decrease the activation energy of the reaction decrease the AH of the reaction increase the reaction rale decrease the reaction rte.Catalysts accelerate reaction bylowering the enthalpy of the reaction lowering the energy of activation_nising the enthalpy of the reaction. raising the energy of activation.
In the reaction: 2 CH(g) + 7 O,(g) 4 CO,(g) + 6 H,Olg), increasing the concentration of CzHs(g) will increase the activation energy of the reaction_ B) decrease the activation energy of the reaction decrease the AH of the reaction increase the reaction rale decrease the reaction rte. Catalysts acce...
##### Ework7 pOn the first page Of YOur subnission, VOu must ineluide the following honor code date: "On MY hOnor_ have neither given nor received any unauthorized aid OnWrite YOur OWH solutions OH papers (or writing pad /tablet ) , and then put thct Write clearly Show all relevant work to receive full credit. Incorrect aS correct work may receive partial credit . Unsupported answers Iay reccive nORemember t0 justify YOu ASwer for vuch of the questions below!Problem Compute the following limi
ework7 p On the first page Of YOur subnission, VOu must ineluide the following honor code date: "On MY hOnor_ have neither given nor received any unauthorized aid On Write YOur OWH solutions OH papers (or writing pad /tablet ) , and then put thct Write clearly Show all relevant work to recei...
##### Let (X,dx) &d (Y,dy) be mnetric spaces Consider the product space XxY; dxxr); where dxxx((1,9),(x ,y dx(,r +dyly;y ) For each subset A of X xY ad each â‚¬X deline the subset Ar of YA; == {y eY (1,y) â‚¬ A}; Assume that (Y,dy) is separable and let U be derse OpCn subset of XxY. Prove that the set C : {r e X Uz is deuse opeI subset of Y} is COmeager in X, (20 points)
Let (X,dx) &d (Y,dy) be mnetric spaces Consider the product space XxY; dxxr); where dxxx((1,9),(x ,y dx(,r +dyly;y ) For each subset A of X xY ad each â‚¬X deline the subset Ar of Y A; == {y eY (1,y) â‚¬ A}; Assume that (Y,dy) is separable and let U be derse OpCn subset of XxY. Prove tha...
##### 10.39Homework 5.docHometon?(ueniC,HucOH;oHalailctcquationCucaho iu[odgo â‚¬ H 204430 ,which Tcucianilimicing How" ntuch CO; FTITA probcedbxd Tcacuani?FIon Yueslion how nany Ioles ol CO; Jouk this be" rorn 4ucelioll ifCO; bchatcd ikell * 4 Gkculale Thc DIeson exhibited on conuit ifthz initial tempentur Wus 82 22 â‚¬ ad inithl tolunx ofg1 js 4S6 &L Hint: Usc thc Ideal G Lar;Iutattan
10.39 Homework 5.doc Hometon? (ueni C,Hu cO H;o Halailct cquation Cucaho iu [odgo â‚¬ H 204430 , which Tcuciani limicing How" ntuch CO; FTITA probcedbxd Tcacuani? FIon Yueslion how nany Ioles ol CO; Jouk this be" rorn 4ucelioll ifCO; bchatcd ikell * 4 Gkculale Thc DIeson exhibited on c...
##### N . U R S_)"n
N . U R S_)" n...
##### A utility function, Ulx;,;) =Vx + Xz,is subject to budgetary constraint,+z = b Cx] where a and b are positive constants_ 4ab + (a) Show that the maximum value of U is U* = 4a JU* dU* (b) By considering the signs of and state what happens to the value of the da db optimal utilicy due to changes in & or 6.
A utility function, Ulx;,;) =Vx + Xz,is subject to budgetary constraint,+z = b Cx] where a and b are positive constants_ 4ab + (a) Show that the maximum value of U is U* = 4a JU* dU* (b) By considering the signs of and state what happens to the value of the da db optimal utilicy due to changes in &a...
##### For compounding with periods per vear at mterest rate usC Taylor expansion around 0 with respect to i around i = 0 to show that the first order Taylor approximation compound interest is simple iuterest. That is, showf(i) (1+3)" =1+i+062). with higher powers ;* . k 2 2 as the remainder 0(i?).
For compounding with periods per vear at mterest rate usC Taylor expansion around 0 with respect to i around i = 0 to show that the first order Taylor approximation compound interest is simple iuterest. That is, show f(i) (1+3)" =1+i+062). with higher powers ;* . k 2 2 as the remainder 0(i?)...
##### Differentiate the function_flx) = (8x2 2x + 3) (4x2 3x - 8)Which of the following shows how to find the derivative of f(x)?dx (8x2 _ 2x+3) | (4x + 3x-8) - (8x2 _ 2x+3) &(4x+3x-8)) 0A {(x)= (4x2 3x ~ 8) 0 B. f(x) = 4(x-2x+3) } (4x+xx-8) (8x2 _ 2x+3) &(4x+3x-0)) Oc f(x)= #6x?-2x+3) }(x?-2x+3) (4x2 +3x - 8) 4(4+3x-0)) (8x _ 2x+3) &(4x+3x-0))-(&(x?-zx+3)} (4x+xx-0) 0 D. f(x) = (8x2 _ 2x+3)
Differentiate the function_ flx) = (8x2 2x + 3) (4x2 3x - 8) Which of the following shows how to find the derivative of f(x)? dx (8x2 _ 2x+3) | (4x + 3x-8) - (8x2 _ 2x+3) &(4x+3x-8)) 0A {(x)= (4x2 3x ~ 8) 0 B. f(x) = 4(x-2x+3) } (4x+xx-8) (8x2 _ 2x+3) &(4x+3x-0)) Oc f(x)= #6x?-2x+3) }(x?-2x+...
##### Explain why $\mathrm{NO}_{2}$ is more likely to exhibit resonance than $\mathrm{CO}_{2}$.
Explain why $\mathrm{NO}_{2}$ is more likely to exhibit resonance than $\mathrm{CO}_{2}$....
##### Find $a, b,$ and $c$ to minimize the integral $$J=\int_{-1}^{1}(x-a \sin \pi x-b \sin 2 \pi x-c \sin 3 \pi x)^{2} d x$$.
Find $a, b,$ and $c$ to minimize the integral $$J=\int_{-1}^{1}(x-a \sin \pi x-b \sin 2 \pi x-c \sin 3 \pi x)^{2} d x$$....
##### The following shows the procedure for the preparation oft-butyl-chloride:1. In a clean, dry 25-mL Erlenmeyer flask combine 4.0 grams oft-butanol and 18 grams of concentrated hydrochloric acid.2. Add a stir bar and stir the mixture for 30 minutes.3. Pour your mixture into a seperatory funnel.4. Once two layers have formed, discard the aqueous layer andkeep the organic layer (how do you know which is which?!)5. Return the organic layer to the seperatory funnel andneutralize it with 10 mL of 5 % aq
The following shows the procedure for the preparation of t-butyl-chloride: 1. In a clean, dry 25-mL Erlenmeyer flask combine 4.0 grams of t-butanol and 18 grams of concentrated hydrochloric acid. 2. Add a stir bar and stir the mixture for 30 minutes. 3. Pour your mixture into a seperatory funnel. 4....
##### 2.6.24 Use the method for solving Bemouli equations to solve the following differentialdy 3 =4(x - 6)y dx X-6 Ignoring lost solutions, if any; the general solution is y = (Type an expression using X as the variable )
2.6.24 Use the method for solving Bemouli equations to solve the following differential dy 3 =4(x - 6)y dx X-6 Ignoring lost solutions, if any; the general solution is y = (Type an expression using X as the variable )...