haskell code: divisableBy3 :: [a] -> [a] divisableBy3 v = filter odd(filter(\v -> v 'mod' 3 == 0)) Goal to filter all numbers in a list and then filter to keep only the ones divisbable by 3. getting an error: error: * Syntax error on 'mod' Perhaps you intended to use TemplateHaskell or TemplateHaskellQuotes * In the Template Haskell quotation 'mod' | 7 | divisableBy3 v = filter odd(filter(\v -> v 'mod' 3 == 0)) | ^^^^^ how to fix...
The following variant of Euclid algorithm is suggested: Instead of replacing v by u mod v in division step, replace it with |(u mod v)-v| if u mod v> 1/2 v. For example if u=26 and v=7 then the gcd(26,7) =〖 gcd〗(-2,7); where -2 is the reminder of smallest magnitude when multiples by 7 are subtracted from 26. Compare this process with Euclid algorithm and estimate the average number of divisions this method saves (if any).
Which of the following resonance contributors (of same molecule) is the most stable? SH
Problem 5. Let F(r,y) (e-v-v sinzy) ?-(ze-s + z sin zyj (1) Show that F is a gradient field. (2) Find a potential function f for it (3) Use the potential function f to evaluate F-ds, where x is the path x(t) = (t,t2) for 0sts1. (NO credit for any other method.)
Given this reaction: Br SH - Which is the most likely nucleophile used in the reaction? NaSH O H₂S Br
дw Q-5): Find for the function: w = xey + ye? + ze* With x = t2 + v2 y=t+v z = sint + sin v
use matlab code pls
SoRve gov XI ,V by using Via mod al analysis od t:10 s Mat lab cod e
SoRve gov XI ,V by using Via mod al analysis od t:10 s Mat lab cod e
CALCULATIONS - Show your calculations in the space below. Ze=-j3002 VAC ZR=30052 VR Zu=j600223 V AC = 48 20° volts A º amps - A o volts A amps L_ o amps A volts volts ĪR = =_ = - A o amps A
Which molecule would be the most acidic? Select one: O a. OH ob. SH NH2
13. Solve the congruence: 341x = 2941 (mod 9). v Hint First reduce each number modulo 9, which can be done by adding up the digits of the numbers.