Term
| ___ degrees of freedom exist in a three dimensional space |
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Definition
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Term
| 1 Ft. is equivalent to ___ Meters |
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Definition
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Term
| 1 Slug is equivalent to ___ Kilograms |
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Definition
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Term
| 1 Lb. is equivalent to ___ Newtons |
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Definition
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Term
| 1 Horsepower is equivalent to ___ Watts |
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Definition
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Term
| In situations where v = constant, the problem can be treated as a ___ situation. |
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Definition
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Term
| The force (Fp) perpendicular to both a vector (V) and a force (F) can be found using the equation: __________ |
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Definition
F = (Fp^2 + V^2)^1/2
re-arrange:
Fp = (F^2 + V^2)^1/2 |
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Term
| In three dimensions, the moment created around a point (P) can be computed using the equation _______. |
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Definition
Mp = R x F
where:
R = Shortest distance to the point of rotation |
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Term
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Definition
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Term
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Definition
Sigma/L
otherwise known as:
(Stress)/L |
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Term
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Definition
| Yield strength of a material; |
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Term
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Definition
| Ultimate strength of a material; |
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Term
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Definition
| Breaking point of a material; |
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Term
| The equation for power (W) is : _______ |
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Definition
W = F * V
Where:
W = Power (Watts) |
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Term
| The equation for Horsepower is : ______ |
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Definition
| HP = Torque x Angular Velocity (Lb-Ft/Rad) |
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Term
| Equations of Equalibrium; there can be only X number equations for 3 unknowns. |
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Definition
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Term
| A unit vector can also be described as ______. |
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Definition
| Directional cosines of a vector |
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Term
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Definition
| Three dimensional posistion vector application |
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Term
| In terms of Torque and RPM, what is the relationship between two meshed gears? |
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Definition
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Term
| In terms of diameter and number of teeth, what is the relationship between two meshed gears? |
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Definition
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Term
| What is the equation for Torsion? |
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Definition
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Term
| Couple forces create what effect on a rigid body? |
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Definition
Couple forces are parallel forces of equal magnitude and opposite direction.
The resultant FORCE of a couple is zero, but the RESULTANT of a couple is a moment about a point of rotation |
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Term
| What is the equation for springs? |
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Definition
| F = K (Spring Stiffness) * change in spring length |
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Term
| The yield strength of a material is defined as: |
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Definition
| The point where a material begins to deform plastically |
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Term
| The ultimate strength of a material is defined as: |
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Definition
| The maximum stress that a material can withstand before failing or breaking |
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Term
| In terms of graphical illustrations, the Modulus of Elasticity is defined as: |
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Definition
| The slope / angle of the line created by a material while within it's elastic range; Is constant regardless of prior plastic deformation. |
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