076
076
Yes.
In 1922, George Smith played for the Philadelphia Phillies. On Base Percentage (OBP) is considered by many to be a better measure of a great hitter than the Batting Average. It is calculated with the formula (Hits + Walks + Hit by Pitch) / (At Bats + Walks + Hit by Pitch + Sacrifice Flies). In 1922, George Smith had 66 at bats, 5 hits, 0 walks, and was hit by the pitch 0 times. Sacrifice flies weren't counted before 1954. That gives him an On Base Percentage of .076. Slugging Percentage (SLG) is a popular measure of a batter's power. It is calculated as (Total Bases) / (At Bats). Another way to look at it is (Singles + 2 x Doubles + 3 x Triples + 4 x Home Runs) / (At Bats). In 1922, George Smith had 66 at bats, and hit 5 singles, 0 doubles, 0 triples, and 0 home runs, for a .076 slugging percentage. Being able to get on base and to hit for power are two of the most important offensive skills in baseball, so the On Base Percentage and Slugging Percentage are often added together. On-base plus slugging (OPS) is a sabermetric baseball statistic. The best hitters in Major League Baseball can achieve an OPS of .900 or higher. In 1922, George Smith had a .076 On Base Percentage and a .076 Slugging Percentage for an OPS of .152. Runs Created (RC) is a baseball statistic invented by Bill James to estimate the number of runs a hitter contributes to his team. There are a number of formulas used to calculate it. One of the simplest is (On Base Percentage) × (Total Bases). In 1922, George Smith had a .076 On Base Percentage and 5 Total Bases for .38 Runs Created.
076 dollars + 100 dollars = 176 dollars, but I am not sure that dollors follow the normal rules of addition.
Mine is a green and white capsule, with "R-076" on the side. http://www.drugs.com/imprints/r-076-3449.html
89 > 76
I assume you mean .076, otherwise your question makes little sense as structured. There are 1000 microns in a millimetre. Therefore 0.076x1000 gives you 76 microns.
Hundred thousands.
Well, honey, let me break it down for you. When it comes to decimals, leading zeros don't mean squat. So, the correct answer is 0.8 is larger than 0.76. It's as simple as that, no need to complicate things.
I believe 111cc's or 6.77ci's.
2 (million)