The population in 1950 was 1.7 million if that’s what you were asking
First, add 1/2 and 1/4 which equals to 3/4 and then use cups to teaspoons so it is 3/2.
Answer:
There are 6 ways to run 10 m between two cones of the four cones giving a maximum available distance to run as 60 meters
Step-by-step explanation:
The parameters given are
Distance between two cones = 10 m
Number of cones = 4
Therefore, number of ways to choose two 10 m distances (distance between two cones) from the four cones =
= 6
Hence there are only six 10 m distances to run between two cones which gives a maximum distance available to run as 60 m.
Answer:
3x^2+3x+2
using Euclid's division algorithm
you can verify itt...