You did not however you mentioned the "3rd period is a blowout" and then listed the ice time of the kids. What does the game being a blowout in the third period have to do with ice time in the first and second period? When the game got out of hand DQ gave more ice time to Kakko/Chytil/Laf and less ice time to Panarin and Zibanejad. I am confused about what your issue is with the ice time because once the game got out of hand and he didn't need to ride the big guns to win anymore he adjusted and gave more ice time to the younger players.
Here is the quote to help you:
"4 goal game last night, much of the 3rd period is a blowout" and we still have:
kk 14 mins
laf 14 mins
chytil 14 mins
krav 11 mins
As I said in the last post, it is 4-1 in the first period. You're telling me we can't trust these kids with more ice time as the spread evolves and pace them to land 3-4 more minutes of ice time overall (beyond their game averages) in a game that is being dominated early? And like I said earlier, this is also the kind of game you can ease VK into shifts with better players but he waits until 3 mins left in the game to give him one shift with strome and panarin for a whopping total of 11 mins of ice time? This is the exact kind of game that you try to give them all more ice, 4-1 after the first, 5-1 midway through the game, feed the kids some ice time, not minimal increases of an extra 2-3 shifts. If you want to shelter them a little in normal games and rely on your horses than I get it, but take greater advantage of opportunities to give these kids more ice when you can.
BTW, Rooney and Blackwell are the guys that most benefitted from the freed up ice time in the 3rd from the big guys getting a break:
ShiftChart - Hockey Shift Data Visualization
As for the kids, time on ice by period last night:
KK
1st 4:49
2nd 4:20
3rd 5:34
2nd+3rd period mean per 20: 4:57 (8 seconds more per period than 1st)
projected ice per 60 based on above number: 14:51
actual total ice time: 14:43
difference from actual vs projected ice per 60 based on actual 2nd + 3rd TOI: 8 seconds
Laf
1st 4:36
2nd 4:34
3rd 5:24
2nd+3rd period mean per 20: 4:59 (23 second more per period than 1st)
projected ice per 60 based on above number: 14:57
actual total ice time: 14:52
difference from actual vs projected ice per 60 based on actual 2nd + 3rd TOI: 5 seconds
VK
1st 3:49
2nd 3:17
3rd 3:57
2nd+3rd period mean per 20: 3:37 (actually 12 seconds less than he got in the first!!!)
projected ice per 60 based on above number: 10:51
actual total ice time: 11:03
difference from actual vs projected ice per 60 based on actual 2nd + 3rd TOI: minus 12 seconds
Chytil
1st 4:48
2nd 4:06
3rd 5:52
2nd+3rd period mean per 20: 4:59 (11 seconds more per period than 1st)
projected ice per 60 based on above number: 14:57
actual total ice time: 14:46
difference from actual vs projected ice per 60 based on actual 2nd + 3rd TOI: 11 seconds
The above numbers are embarrassing if you are looking to take advantage of blowout games to get these kids more ice time. 4-1 after the first and 5-1 midway through the game to me is a blowout and an opportunity to get these kids more ice. Most of the extra ice time you see from the 3rd probably came from the shift where they got pinned in their zone and chytil icing the puck before the penguins goal. You literally cant argue that they got more ice time unless you are just comparing the 2nd and 3rd times (which is a joke bc their ice time when down in the 2nd compared to the 1st with a 3 and 4 goal lead) OR you believe that a TOTAL OF 12 SECONDS more projected ice time for 4 players makes a point, otherwise you literally have no argument against the factual numbers and breakdowns I presented here...