Fix typo and update reference to Wikipedia TZ table

_docs/general/create-your-plan.md

@@ -42,7 +42,7 @@ The power monitor supports monitoring production sources, like any grid-tied sol
 ## Planning
 As mentioned above, whole-home monitoring requires only to measure the mains.  So, note the rating of the big main breaker that feeds the panel. The labels are often stamped directly into the toggle switch of the breaker, or on the circuit breaker body itself.
 
-Next, make write down the rating of any additional circuits you want to measure.  Also make note of the "width" of the breaker (is it 1-pole, or 2-pole?) You should have something like this:
+Next, write down the rating of any additional circuits you want to measure.  Also make note of the "width" of the breaker (is it 1-pole, or 2-pole?) You should have something like this:
 
 * Mains: 200A (typically always 2-pole in North America)
 * Solar Inverter: 80A (2-pole)

_docs/v0.3.0/database-info.md

@@ -118,7 +118,7 @@ Here are some example queries that demonstrate usage of the retention policies,
 ### InfluxDB Query Examples
 
 {: .note-cream }
-By default, all data is stored into the Influx database in UTC time. This means that to get accurate results from your CLI queries, you'll need to specify the timezone with the `TZ()` function.  See the [official list of timezones](https://en.wikipedia.org/wiki/List_of_tz_database_time_zones#List) and find the `TZ database name` from the list that corresponds to your timezone.
+By default, all data is stored into the Influx database in UTC time. This means that to get accurate results from your CLI queries, you'll need to specify the timezone with the `TZ()` function.  See the [official list of timezones](https://en.wikipedia.org/wiki/List_of_tz_database_time_zones#List) and find the `TZ identifier` from the list that corresponds to your timezone.
 
 1. Get the maximum amperage from CT1 over the last 3 days.