Okay, Now that the common demoninator is 60, I now multiply. But where do I start? for example, I just leave the 1 alone because its a whole number. So now I multiply the 1/2 to 1 * 30 = 30 and 2 * 30 = 60 Do I do the same for the 1/3 and so on?
I need help adding fractions with different denominators. Here is the problem... 1 - 1/2 + 1/3 - 1/4 + 1/5 - 1/6 I can see that the demoninators increase. Since they are both addition and subtraction, how do I do this problem? Thanks, Walter, New York.
the lengths of corresponding sides of similar rectangles have a ratio of 7:4 the perimeter of the smaller rectangle is 80 ft. what is the peremiter of the larger rectangle?
You are designing a scale model of the solar system mercury it is 4,878 km in diameter.using the following scale factor, how large does your model of mercury need to be? A. 160cm B. 16cm C.146cm D.30cm
it has a 4 added to it every time. but it just doesnt sound right because 4+4 is 8 not 44 so what other word can i use? * sorry its *going and *each and d) is like 1*2=2, 2*3=6, 6*7=42, 42*43=1806, 1806*1807=3263442 but i do not know how to put it into words.
ya i cant describ things very well and a) was easy i think i got c) c)starting with two and ging up by multiplying wach new # by 5 i cant figure out the rest
can u just tell me in sentences? i do not know how to put them into words.
make a conjecture (obsevations based on patterns) for each sequence below. a)7,10,13,16 b)4,44,444,4444,44444 c)2,10,50,250 d)1,2,6,42,1806,3263442
start with the word RODE. change one letter at a time to form a new until u have the word FILM. the best solution has the fewest steps.
A pitched ball with a mass of 1 kg reaches a catcher's glove traveling at a velocity of 28 m/s. How much momentum does the ball have? how much impulse is required to stop the ball? If the ball is in contact with the catcher's glove for 0.5 s during the catch, how much ...
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