Suzie uses1/2 to help compare 1/3 to 3/5 and to help in comparing 3/7 with 2/3. Explain how 1/2 helps determine which fraction is greater in each combination.

7 answers

come on

4th grade answer please

you people look but do not answer you people are so mean

I will tell my teacher I did not understand this question tomorrow bye

it's kind of weird, but I guess that if the denominator is less than twise the numerator, the fraction is less than 1/2.

oops - greater.

People look but probably don't know the answer or how to help you.

Similar Questions

Even though they were sisters, Suzie and June were nothing alike. If Suzie wanted to jump rope, June wanted to play hopscotch.

Top answer: Family is most important. Read more.
what should i compare when i am comparing solid, liquids and gasesyou should compare: shape, volume, and arrangement. You can

Top answer: such as density, compressibility, and how they respond to temperature changes. But let's be honest, Read more.
Suzie (of mass 70 kg) is roller-blading downthe sidewalk going 20 miles per hour. She notices a group of workers down the

Top answer: (-20mi/hr)/2.2s * 1609m/mi * 1hr/3600s = (-20*1609)/(2.2*3600) m/s^2 Read more.
1) Suzie (of mass 38 kg) is roller-blading down the sidewalk going 20 miles per hour. She notices a group of workers down the

Top answer: To find Suzie's average acceleration, we can use the following formula: average acceleration = Read more.
Suzie (of mass 84 kg) is roller-blading down the sidewalk going 34 miles per hour. She notices a group of workers down the

Top answer: a = change in velocity/ change in time 34 mi/h = 15.2 m/s (use Google) change in v/time = -15.2/1.1 Read more.
Suzie (of mass 62 kg) is roller-blading downthe sidewalk going 16 miles per hour. She notices a group of workers down the

Top answer: 18 miles / hr * 0.44704 = 7.15 meters / second acceleration = change in velocity / time = -7.15 / Read more.
Suzie (of mass 62 kg) is roller-blading downthe sidewalk going 16 miles per hour. She notices a group of workers down the

Top answer: 16 mi/hr * 1609m/mi * 1hr/3600s = 7.156 m/s so a = -14.31 m/s^2 F = ma Read more.
Suzie (of mass 62 kg) is roller-blading downthe sidewalk going 16 miles per hour. She notices a group of workers down the

Top answer: as always, a = ∆v/∆t = (-16mi/hr)/(5s) = -3.2 mi/hr/s and F = ma Read more.
Suzie (of mass 76 kg) is roller-blading downthe sidewalk going 12 miles per hour. She notices a group of workers down the

Top answer: Vo=12mi/h * 1600m/mi * 1h/3600s.=5.33m/s a=(V-Vo)/t = (0-5.33)/1.9=-2.807 m/s^2. Read more.
Suzie (of mass 58 kg) is roller-blading downthe sidewalk going 36 miles per hour. She notices a group of workers down the

Top answer: Put the 36mph into m/s units. acceleration(final speed-oritinal speed)/time final speed is zero. Read more.