olutayo

Thanks silicon fish. Exactly my point about C. C is clearer because it explains the sentence better.

Mice that have been given morphine are very likely to develop blood poisoning because bacteria that normally reside in the intestine typically respond to morphine by migrating into the bloodstream. However, when mice are given both morphine and the new drugnaltrexone, blood poisoning is much less frequent, although it does still occur. These results provide support for researchers’ prediction that naltrexone will turn out to be toxic to certain types of bacteria. Which of the following, if discovered to be true, would most seriously weaken the support for the researchers’ prediction? A. After being administered to mice, naltrexone does not pass from the bloodstream into the intestine. B. Naltrexone inhibits morphine from triggering the migration of intestinal bacteria into the bloodstream. C. Mice that have been given naltrexone but not morphine have no greater risk of developing blood poisoning than do mice that have not been given either substance. D. The increased risk of blood poisoning is not the only harmful effect on mice of being given morphine. E. Conditions other than the presence of intestinal bacteria in the bloodstream can cause blood poisoning in mice.

I think the answer is C. In his experiments with gravity, Isaac Newton showed how the motion of each planet in the solar system results from the combined gravitational pull of the Sun and of all the other planets, each contributing according to their mass and distance from the others. A. of all the other planets, each contributing according to their B. of all the other planets, with each of them contributing according to their C. all the other planets, each of which contributing according to its D. all the other planets, each contributing according to its E. all the other planets, each of which contribute according to their C is my answer because "C" is saying that each planet of all the other planets contributes according to its mass and distance from the other peer planets. Anybody feel me on this?

OA is D. dumb of me I was reading the solution for average not median. Thank you all

If the average (arithmetic mean) of 5 different numbers is 12, what is the median of the 5 numbers? 1. The median of the 5 numbers is equal to 1/3 of the sum of the 4 numbers other than the median. 2. The sum of the 4 numbers other than the median is equal to 45 OA will follow

Anybody in support of C?

The OA says C. Which is hard to believe. Because I chose B myself. My reasoning is as follows: Fewer is used for countable objects, so A,B,E are out. Between B and C Amount is used for uncountable objects; which leaves B as the ans. But the OA says C

than should be "that"

When drive-ins were at the height of their popularity in the late 1950's, some 4,000 existed in the United States, but today there are less than one quarter that many. A. there are less than one-quarter that many B. there are fewer than one-quarter as many C. there are fewer than one-quarter of than amount D. the amount is less than one-quarter the amount E. it is less than one-quarter of that amount.

I hear "Sets" being mentioned alot on this forum. Are "sets" same as paper tests?

Alice's take home pay was the same each month, and she saved a fraction of her take home pay each month. The total amount of money that she saved at the end of the month was 3 times the amount of that portion of her monthly take home pay that she did not save. If all the money that she saved last year was from her take home pay, what fraction of her take home pay did she save each month? A. 1/2 B. 1/3 C. 1/4 D. 1/5 E. 1/6

if x + y/2 > 0, is x 1. x 2. z

Imo D

Set-13; Q 14 In 1914 a total of 469,000 cars and trucks were produced in the United States, but in 1929 almost twice the numbers of tucks alone came off the assembly lines. A. the numbers of tucks alone ==> numbers of wrong B. that number of trucks alone ==> that no clear referent C. the number of trucks by themselves D. as many trucks themselves E. as many trucks by themselves Please explain D what is OA?

On his drive to work, Leo listens to 1 of 3 radio stations, A, B or C. He first turns to A. If A is playing a song he likes, he listens to it; if not he turns to B. If B is playing a song he likes, he listens to it; if not he turns to C. If C is playing a song he likes he listens to it; if not he turns off the radio. For each station, the probability is 0.3 that at any given moment the station is playing a song Leo likes. On his drive to work, what is the probability that Leo will hear a song he likes. A 0.027 B 0.090 C 0.417 D 0.657 E 0.900