Solve the equation of first degree with one variable! One group of mowers had to finish cutting two pieces of grass, one big and one small, and the big one was twice as big as the small one. They all cut on a large piece of grass for half a day, and then divided into two groups in the afternoon. Half of them continued to cut on a large piece of grass until the end of work in the afternoon. The other half went to cut on a small piece of grass, and there was still a small piece left when the end of work, which was cut by one person the next day, It just takes one day. How many people are there in this group? Set······ The rest is up to you!

Solve the equation of first degree with one variable! One group of mowers had to finish cutting two pieces of grass, one big and one small, and the big one was twice as big as the small one. They all cut on a large piece of grass for half a day, and then divided into two groups in the afternoon. Half of them continued to cut on a large piece of grass until the end of work in the afternoon. The other half went to cut on a small piece of grass, and there was still a small piece left when the end of work, which was cut by one person the next day, It just takes one day. How many people are there in this group? Set······ The rest is up to you!

There are x people in this group,
Analysis: Based on the work efficiency per person per day as 1, the workload of two grasslands was calculated respectively
Equivalent relationship: the workload of large grassland is twice that of small grassland
1/2x+1/2*1/2x=(1/2*1/2x+1)*2
1/2x+1/4x=1/2x+2
1/4x=2
x=8
A: there are eight people in this group