{"id":4895,"date":"2015-12-28t09:00:42","date_gmt":"2015-12-28t17:00:42","guid":{"rendered":"\/\/www.catharsisit.com\/hs\/?p=4895"},"modified":"2017-02-09t13:15:09","modified_gmt":"2017-02-09t21:15:09","slug":"10-most-difficult-act-questions","status":"publish","type":"post","link":"\/\/www.catharsisit.com\/hs\/act\/10-most-difficult-act-questions\/","title":{"rendered":"10 most difficult act questions"},"content":{"rendered":"
if you’re planning on taking the act, you might have some anxiety about the questions you’ll encounter. how hard will they be? what are some of the most difficult act questions like?<\/strong><\/p>\n in our experience, students find that some of the most difficult act questions take several steps to solve. <\/p>\n in math, problems can always be broken down into a series of simpler calculations, but it may be hard to see how right away. for english, more difficult problems function in a similar way: you have to pinpoint which concepts are being tested first. on the science test, multiple data sources and information overload make problems more challenging. in reading, questions asking for inferences from information given—but not directly stated— in the text can be particularly tough. <\/p>\n ready to put yourself to the test? below, you\u2019ll find ten of the hardest questions in magoosh’s online act prep<\/a><\/strong>. if you can get all of them right, well, then maybe you should be brushing up for that perfect score<\/a>, little mr.\/ms. perfect!<\/p>\n (if you want a hint or get stuck on any of the questions, leave us a comment; we\u2019re happy to point you in the right direction!) 1. what would have to be so that + + + is divisible by ?<\/p>\n a. 9 2. region q, shown in the figure, is defined by + ≤ , ≥ , and ≥ .<\/p>\n <\/p>\n what is the approximate area of region q in square units?<\/p>\n a. between 75 and 125 3. in what region of the unit circle is cos < – ?<\/p>\n a. < < <\/p>\n throughout the following winters, until his death in 1931, bentley would go on to capture over 5,000 snowflakes, or more correctly, snow crystals on film<\/u>. despite the fact that he rarely left jericho, thousands of americans knew him as \u201cthe snowflake man\u201d or simply \u201csnowflake bentley.\u201d<\/em><\/p>\n 4. <\/p>\n a. no change on the morning of november 14, 1889, john brisben walker, the wealthy publisher of the cosmopolitan, boarded a new jersey ferry bound for new york city. like many other new yorkers, he was carrying a copy of the world, the most widely read and influential newspaper of the time. a front-page story announced that nellie bly, the world\u2019s star investigative reporter, was about to undertake the most sensational adventure of her career, an attempt to go around the world faster than anyone ever had before. sixteen years earlier, in his popular novel, around the world in eighty days, jules verne had imagined that such a trip could be accomplished in the time stated in the title.<\/u> nellie bly hoped to do the trip in seventy-five days.<\/em><\/p>\n 5. if the writer were to delete the underlined sentence, the paragraph would primarily lose:<\/p>\n a.\timportant context for understanding information presented afterwards in the paragraph. 6. <\/p>\n a.\tno change <\/p>\n in a simple dc electrical circuit, a battery provides a change in voltage (v) that induces an electric current (i) through the circuit. a conductor placed in the circuit is characterized by its resistance (r) to this flow of electric charge. the relationship between voltage, current, and resistance is known as ohm\u2019s law, which is represented by the following formula:<\/em><\/p>\n v = i \u00d7 r<\/p>\n a student performed a series of experiments with a simple circuit to test ohm\u2019s law. measurements of current were taken using an ammeter. the circuit diagram is presented in figure 1.<\/em><\/p>\n <\/p>\n experiment 1<\/u><\/p>\n the student set up a simple circuit consisting of a battery and a single resistor. the resistor was taken from an electronics kit and wired into the circuit. using an ammeter, the student measured current in the circuit for batteries of three different voltages and recorded the results in table 1.<\/em><\/p>\n <\/p>\n experiment 2<\/u><\/p>\n using the same circuit as in the previous experiment, the student tried three different resistors. the current flowing through the circuit with each resistor was measured with an ammeter, and recorded in table 2.<\/em><\/p>\n <\/p>\n 7. the student rewired the circuit used in experiment 2 by adding another resistor in parallel, as shown in the following figure:<\/p>\n <\/p>\n upon repeating experiment 2 using this setup, the student observed that the current flowing through two equivalent resistors (r1= r2) in parallel was the same as that which would flow through just one resistor of half the resistance value in a series circuit. based on table 2 and figure 2, when this circuit was wired with two 3.0-ohm resistors, the current reading produced approximately which of the following values?<\/p>\n a.\t0.5 amps ______________<\/p>\n
\n <\/p>\nact math<\/h2>\n
\nb. 5
\nc. 2
\nd. -6
\ne. -13<\/p>\n
\nb. between 125 and 175
\nc. between 175 and 225
\nd. between 225 and 275
\ne. between 275 and 325<\/p>\n
\nb. < <
\nc. < <
\nd. < <
\ne. < < <\/p>\nact english<\/h2>\n
\nb. correctly, snow crystals, on film.
\nc. correctly snow, crystals on film.
\nd. correctly snow crystals on film. <\/p>\n
\nb.\tan unrelated detail describing literature of the late 19th century.
\nc.\tscientific data explaining the minimum length of a trip around the world.
\nd.\tan indication that a trip around the world in less than eighty days could only occur in fiction, not reality.
\n
\nprior to the invention of the camera, people might expect that their portrait would only be recorded once, maybe twice, in they\u2019re lifetime<\/u>. <\/em><\/p>\n
\nb.\tin their lifetimes
\nc.\tin their lifetime
\nd.\tin they\u2019re lifetime<\/p>\nact science<\/h2>\n
\nb.\t1.0 amps
\nc.\t1.5 amps
\nd.\t2.0 amps<\/p>\n