An asteroid is traveling in a straight line at a constant speed of 327 m/s. how long will it take for a displacement of 732 km to occur?

Answer

2,238.53 seconds

Explanation

For  a constant speed, to get the time taken to travel for a certain distance we use the formula;

speed = displacement/time

∴ time = displacement/speed

           = (732 Km) / (327 m/s)

732 Km = (732×1000) m

              = 732000 m

∴ Time  = 732000/327

              = 2,238.53 seconds

Time = 2238.53 s

Given data:

Speed of the asteroid = 327 m/s

Displacement = 732 Km

Time = ?

Solution:

Displacement = 732 Km = 732000 m

As we know:

Speed = Displacement/time

Time = Displacement/speed

Putting values in above formula:

Time = 732000 m/327

Time = 2238.53 s

So asteroid will take 2238.53 seconds to travel 732 km.

multiple allele inheritance is traits controlled by more than 2 alleles (ex: pigeons having 3 alleles of one gene govern their feather color).

the old price per ounce is c/4.

the new price per ounce is c/3.6.

the ratio of the old price to the new one is

(c/4)/(c/3.6) = (c/c)×(3.6/4) = 0.9 . . = 9/10 . . "nine tenths" in either form