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Question #421b5 - Socratic

https://socratic.org/questions/58c85fef11ef6b14c5e421b5

One A term in algebra and trigonometry refers to either a single number or a variable, or numbers and variables multiplied together. …

Question #7c61d - Socratic

https://socratic.org/questions/588c7ea0b72cff5f5c07c61d

The cuberoot of x cubed is just x, and the cube root of -1 is -1. This is because: # (-1) xx (-1) xx (-1) = -1#

Question #a558d - Socratic

https://socratic.org/questions/59101d1ab72cff743c6a558d

No, it is not. Pronouns are substitutes of nouns. "The" is considered an adjective.

Question #afccb - Socratic

https://socratic.org/questions/597c1792b72cff6fd7cafccb

# 2log_10 (x+1)-log_10x=log_10 (x+1)^2-log_10x,#

Question #0c6f6 - Socratic

https://socratic.org/questions/58d18c7a11ef6b6c5b90c6f6

his is a possessive pronoun. Adverbs are used mostly to describe verbs which are the action in the sentence, but they can describe …

Where does x=4 place on my graph? - Socratic

https://socratic.org/questions/where-does-x-4-place-on-my-graph

See a solution process below: x = 4 is a vertical line where x is always equal to 4 for each and every value of y: graph {y + 10000x - …

Question #910ee - Socratic

https://socratic.org/questions/57ed410ab72cff662a5910ee

Oct 4, 2016 · Given 0.44g of sample on combustion produces 0.88g #CO_2# We know molar mass of #CO_2=44" g/mol"# which …

How is naphthalene used in the household? Does it constitute

https://socratic.org/questions/59170d1b7c014908c46f52a3

You mean the naphthalene cakes that you see on the bottom of urinals? The answer to your question is "not much". Of course the …

Question #4e084 - Socratic

https://socratic.org/questions/557af8ec581e2a521214e084

high power objective lenes high power objective lence with power of magnification of 100X is largest objective lenes as it helps in …

Question #5cd83 - Socratic

https://socratic.org/questions/58007965b72cff2e1d35cd83

Dec 2, 2016 · cos(tan^(-1) (3/4) ) =cos(sec^(-1) sqrt(1+(3/4)^2 ) ) =cos(sec^(-1) (sqrt((16+9)/4^2)) ) =cos(sec^(-1) (5/4 ) ) =cos(cos^(-1) …