Lag in construction project
![Lag in construction project You are managing a construction project for a new city water system. The contract requires you to use special titanium piping equipment that is guaranteed not to corrode. The titanium pipe must be resting in the ground a total of 10 days before connectors can be installed. In this example, the 10-day period is defined as— a. Lag b. Lead c. Float d. Slack Answer: a. Lag Lag example For example, in a finish-to-start dependency with a 20-day lag, the successor activity cannot start until 20 days after the predecessor has finished. [Planning]](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEicSHc3grFc70tsj1nAj1t681ER2pdqItu44ZDV8R2jLw3ZydykwBanwJSlAHLX17kTtKWror_gCoIkqMyKt9liF8TwBkVSwiDFc0qmjylaZosXi7qjf2b7_R2tFxSRR36ZJ7Cov5plxCjn/s507/images+%252863%2529-01.jpeg "Lag in construction project You are managing a construction project for a new city water system. The contract requires you to use special titanium piping equipment that is guaranteed not to corrode. The titanium pipe must be resting in the ground a total of 10 days before connectors can be installed. In this example, the 10-day period is defined as— a. Lag b. Lead c. Float d. Slack Answer: a. Lag Lag example For example, in a finish-to-start dependency with a 20-day lag, the successor activity cannot start until 20 days after the predecessor has finished. [Planning]")
You are managing a construction project for a new city water system. The contract requires you to use special titanium piping equipment that is guaranteed not to corrode. The titanium pipe must be resting in the ground a total of 10 days before connectors can be installed. In this example, the 10-day period is defined as—
a. Lag
b. Lead
c. Float
d. Slack
Answer: a. Lag
Lag example
For example, in a finish-to-start dependency with a 20-day lag, the successor activity cannot start until 20 days after the predecessor has finished. [Planning]