Degrees

Degrees about x axis φ = 180 degrees θ = 0 ψ = 0 rotate by 270 degrees about x axis φ = -90 degrees θ = 0 ψ = 0 rotate by 90 degrees about z axis φ = 0 θ = 0 ψ = 90 degrees rotate by 90 degrees about y axis φ = 0 θ = 90 degrees ψ = 0 rotate by 180 degrees about z axis φ = 0 θ = 0 ψ = 180 degrees rotate by 180 degrees about y axis φ = 0 θ = 180 degrees ψ = 0 rotate by 270 degrees about z axis φ = 0 θ = 0 ψ = -90 degrees rotate by 270 degrees about y axis φ = 0 θ = -90 degrees ψ = 0 When we combine these rotations about the x,y and z axies in 90 degree multiples there are 24 possible orientations as shown here: φ = 0 θ = 0 ψ = 0 φ = 90 degrees θ = 0 ψ = 0 φ = 180 degrees θ = 0 ψ = 0 φ = -90 degrees θ = 0 ψ = 0 φ = 0 θ = 0 ψ = 90 degrees φ = 0 θ = 90 degrees ψ = 90 degrees φ = 0 θ = 180 degrees ψ = 90 degrees φ = 0 θ = -90 degrees ψ = 90 degrees φ = θ = 0 ψ = 180 degrees φ = 90 degrees θ = 0 ψ = 180 degrees φ = 180 degrees θ = 0 ψ = 180 degrees equivilant rotation to φ = 0 degrees θ = 180 degrees ψ = 0 degrees φ = -90 degrees θ = 0 ψ = 180 degrees φ = 0 θ = 0 ψ = -90 degrees φ = 0 θ = 90 degrees ψ = -90 degrees φ = 0 θ = 180 degrees ψ = -90 degrees φ = 0 θ = -90 degrees ψ = -90 degrees φ = 0 θ = -90 degrees ψ = 0 φ = 0 θ = -90 degrees ψ = 90 degrees φ = 0 θ = -90 degrees ψ = 180 degrees φ = 0 θ = -90 degrees ψ = -90 degrees φ = 0 θ = 90 degrees ψ = 90 degrees φ = 0 θ = 90 degrees ψ = 90 degrees φ = 0 θ = 90 degrees ψ = 180 degrees φ = 0 θ = 90 degrees ψ = -90 degrees encoding of these rotations in quaternions is shown here. encoding of these rotations in matricies is shown here. encoding of these rotations in axis-angle is

CNN — The major winter storm crossing the nation is causing dramatic declines in temperatures across the central US as arctic air pushes south and east. Some highlights: Casper, Wyoming (Mountain time) In less than 18 hours, from 7:40 a.m. Wednesday to 1:35 a.m. Thursday, the temperature dropped 70 degrees. 7:40 a.m. Wednesday: 28 degrees. 8 a.m. Wednesday: 3 degrees. Casper dropped 25 degrees in just 20 minutes Wednesday. 1:35 a.m. Thursday: minus 42 degrees 6:00 a.m. Thursday: minus 35 degrees with a wind chill of minus 76 degrees. LIVE NEWS: Winter storm and severe cold sweeps across the US Denver (Mountain time) Dropped 65 degrees in 16 hours. 12:58 p.m. Wednesday: 50 degrees. 4:58 a.m. Thursday: minus 15 degrees. The largest plunge came when temperatures dropped 47 degrees in just two hours Wednesday from 46 degrees at 3:58 p.m. to minus 1 degree at 5:58 p.m. Amarillo, Texas (Central time) Dropped 42 degrees in six hours. 11:53 p.m. Wednesday: 41 degrees. 5:53 a.m. Thursday: minus 1 degree. The current wind chill this morning is minus 7 degrees. Wichita, Kansas (Central time) Dropped 36 degrees in nine hours. 9:53 p.m. Wednesday: 34 degrees. 6:53 a.m. Thursday: minus 2 degrees. However the temperature dropped 20 degrees from 32 to 12 in just one hour between 11:53 p.m. and 12:53 a.m. Wednesday night. Temperatures are still falling and are expected to bottom out near minus 4 later Thursday morning. Kansas City, Missouri (Central time) Dropped 30 degrees in 6 hours. 11:54 p.m. (Wednesday): 32 degrees. 5:54 a.m. (Thursday): 2 degrees. And temperatures are forecast to continue falling this morning, bottoming out near minus 7 by midday. Oklahoma City (Central time) Dropped 34 degrees in 14 hours. 4:52 p.m. (Wednesday): 42 degrees. 6:52 a.m. (Thursday): 8 degrees. The biggest plunge was 23 degrees in just 2 hours early this morning when temperatures dropped from 37 at 2:52 a.m. to 14 degrees at 4:52 a.m. Temperatures are expected to bottom out near 4 degrees later Thursday morning.

Of California’s Central ValleyGrowing season: mid-Feb. through Nov. This is a valley floor with no maritime influence. Summers are hot; winter lows range from 29 degrees to 13 degrees F/-2 degrees to -11 degrees C. Rain comes in the cooler months, covering just the early part of the growing season.Climate Zone 9: Thermal Belts of California’s Central ValleyGrowing season: late Feb. through Dec. Zone 9 is located in the higher elevations around Zone 8, but its summers are just as hot; its winter lows are slightly higher (temperatures range from 28 degrees to 18 degrees F/-2 degrees to -8 degrees C). Rainfall pattern is the same as in Zone 8.Climate Zone 10: High-Desert Arizona, New Mexico, West Texas, Oklahoma Panhandle, and Southwest KansasGrowing season: April to early Nov. Chilly (even snow-dusted) weather rules from late Nov. through Feb., with lows from 31 degrees to 24 degrees F/-1 degree to -4 degrees C. Rain comes in summer as well as in the cooler seasons.Climate Zone 11: Medium to High Desert of California and Southern NevadaGrowing season: early April to late Oct. Summers are sizzling, with 110 days above 90 degrees F/32 degrees C. Balancing this is a 3 1/2-month winter, with 85 nights below freezing and lows from 11 degrees to 0 degrees F/-12 degrees to -18 degrees C. Scant rainfall comes in winter.Climate Zone 12: Arizona’s Intermediate DesertGrowing season: mid-Mar. to late Nov., with scorching midsummer heat. Compared to Zone 13, this region has harder frosts; record low is 6 degrees F/-14 degrees C. Rains come in summer and winter.Climate Zone 13: Low or Subtropical DesertGrowing season: mid-Feb. through Nov., interrupted by nearly 3 months of incandescent, growth-stopping summer heat. Most frosts are light (record lows run from 19 degrees to 13 degrees F/-17 degrees to -11 degrees C); scant rain comes in summer and winter.Climate Zone 14: Inland Northern and Central California with Some Ocean InfluenceGrowing season: early Mar. to mid-Nov., with rain coming in the remaining months. Periodic intrusions of marine air temper summer heat and winter cold (lows run from 26 degrees to 16 degrees F/-3 degrees to -9 degrees C). Mediterranean-climate plants are at home here.Climate Zone 15: Northern and Central California’s Chilly-Winter Coast-Influenced AreasGrowing season: Mar. to Dec. Rain comes from fall through winter. Typical winter lows range from 28 degrees to 21 degrees F/-2 degrees to -6 degrees C. Maritime air influences the zone much of the time, giving it cooler, moister summers than Zone 14.

To decimal degrees, add the number of degrees to the number of minutes divided by 60 to the number of seconds divided by 3600. Formula for converting degrees, minutes and seconds to decimal degreesFor example, convert 12° 30′ 36” to decimal degrees.The number of degrees is 12.The number of minutes is 30.The number of seconds is 36.Using the formula, :This becomes .The final answer is 12.51°Here is an example of converting degrees, minutes and seconds to decimal degrees in steps.To convert degrees, minutes and seconds to decimal degrees in steps:Divide the number of minutes by 60 to convert them to degrees.Divide the number of seconds by 3600 to convert them to degrees.Add these two results to the number of degrees given.Convert 67 degrees 15 minutes and 54 seconds into decimal degrees.Step 1. Divide the number of minutes by 60 to convert them to degreesWe have 15 minutes.15 ÷ 60 = 0.25.We have converted 15 minutes to 0.25 degrees.Step 2. Divide the number of seconds by 3600 to convert them to degreesWe have 54 seconds.54 ÷ 3600 = 0.015.We have converted 54 seconds to 0.015 degrees.Step 3. Add these two results to the number of degrees givenIn this example of 67° 15′ 54”, we have 67 degrees.We add this to the two results obtained in steps 1 and 2.64 + 0.25 + 0.015 = 67.265°.How to Convert to Degrees, Minutes and Seconds on a CalculatorOn a calculator, enter the number of decimal degrees and press [=]. Then press the [° ‘ “] button to convert to degrees, minutes and seconds.Here is the button shown on a Casio calculator.How to Convert Degrees, Minutes and Seconds to Degrees on a CalculatorTo convert degrees, minutes and seconds to degrees on a calculator, type the number of degrees, press [° ‘ “], type the number

Need to know how to adjust a Honma TW767 driver to switch the loft and lie angles? We have a complete guide and adjustment chart.The Honma TW767 drivers range is fully adjustable with a hosel offering you the opportunity to adjust the loft to increase or decrease your launch angle.The amount of golf driver adjustment you can make differs from brand to brand but the step-by-step guide below shows you how the Honma TW767 driver can be adjusted.Honma TW767 Drivers LoftsThe standard TW767 and TW767 LS (low spin) drivers are available in 9 degrees and 10.5 degrees lofts. The new MAX model is available in 9 degrees, 10.5 degrees and 12 degrees loft options.Loft: 9 degrees & 10.5 degreesStandard Length: 45.5 inchesStandard Lie: 59 degreesAdjustability: Adjust Loft +/- 1 degrees Strong or Weak, Adjust Lie +2 degrees more Upright from Std and Adjust Face Angle +/- 1.5 degrees Open or Closed.Honma TW767 LS Driver SpecsLoft: 9 degrees & 10.5 degreesStandard Length: 45.5 inchesStandard Lie: 57.5 degreesAdjustability: Adjust Loft +/- 1 degrees Strong or Weak, Adjust Lie +2 degrees more Upright from Std and Adjust Face Angle +/- 1.5 degrees Open or Closed.Honma TW767 MAX Driver SpecsLoft: 9 degrees, 10.5 degrees & 12 degreesStandard Length: 45.5 inchesStandard Lie: 60 degreesAdjustability: Adjust Loft +/- 1 degrees Strong or Weak, Adjust Lie +2 degrees more Upright from Std and Adjust Face Angle +/- 1.5 degrees Open or Closed.Adjusting The Loft Angle of a Honma TW757 DriversThere are a few simple steps you can take to adjust the loft angle of your driver. You will just need an adjustment tool or wrench to get started.Here’s how to adjust a Honma TW767 driver:1. Locate the hosel screw on the sole of your Honma TW767 driver that attaches the driver head to the shaft.2. Using the