The minute hand is the radius of a circle that its tip travels. 2 pi r gives the circumference. 2 x pi x 6.65 is about 41.78 cm
41.78 x 44/60 is about 30.6 cm
It is: 18*2*pi*6.75 = 763.4 cm to 1 decimal place
It is: 24*2*pi*6.5 = 980.2 cm
1500.00
It's already showing 1 decimal place. If you wished to round it to a whole number - you would round up to 4.
27/40 = (27*25)/(40*25) = 675/1000 = 0.675
A bicycle odometer was once a mechanical instrument that counts the number of turns of the wheels, and shows the total distance travelled. Nowadays, a bicycle computer does the same thing, but digitally, and showing more than simply distance travelled.
It is: 18*2*pi*6.75 = 763.4 cm to 1 decimal place
0.05, in decimal, is 0.05. Is that enough work shown?
It is: 24*2*pi*6.5 = 980.2 cm
to the principal sub: declaration of distance I hereby declare that I am residing in the below mentioned address. It takes minimum 5 to 6 minutes from the home to reach the school.
16 = 16.0. ( < to the left I was showing what 16 equals in decimal form ). So there for you answer will be 16.0
1500.00
Where a number is showing some decimal points and you want to decrease the amount of decimal points it shows, you can use the decrease decimal button to do it. Each time you click it, it will remove one decimal place until you have the amount you want or all are gone. There is also a corresponding increase decimal button, which does the opposite.
It's already showing 1 decimal place. If you wished to round it to a whole number - you would round up to 4.
divide 7 by 8, and get 0.875 or something like that, i am not sure,
27/40 = (27*25)/(40*25) = 675/1000 = 0.675
The retention factor (Rf value) in paper chromatography is calculated as the distance the pigment traveled divided by the distance the solvent front traveled. The Rf value is unique for each pigment and helps identify and compare different pigments based on their mobility during chromatography. Pigments with higher Rf values move further up the paper, showing greater solubility, while pigments with lower Rf values stay closer to the solvent front.