The point at which the forces acting on a tubing string suspended in a live wellbore are equal. Under these conditions, the weight of the tubing string is balanced by the wellbore pressure acting to e [..]

the point on the shaft where the club's weight is even on both sides (the point on the shaft where the club is balanced to measure its overall weight) Example: You can find a club's balance [..]

The precise location on the golf shaft where the club head end of the golf club and the grip end of the club balance when placed on a fulcrum.

The balance point is the main physical emphasis of the golf club. In the past, it was exactly centered, but nowadays it is proofed, that the shot is more precisely, the closer it is placed at the club head. For that reason, depending on the manufacturer, there are meanwhile different emphases, so that it is the players choice which one he likes the [..]

The point at which a shaft achieves equilibrium; the point at which a shaft’s weight is evenly distributed in both directions when rested on a single fulcrum point.

The point at which a shaft achieves equilibrium; the point at which a shaft’s weight is evenly distributed in both directions when rested on a single fulcrum point.

The point along the length of the shaft at which it will balance itself when placed on a fulcrum.

An outdoor temperature, usually between 30° F and 45° F, at which a heat pump’s output exactly equals the heating needs of the home. Below the balance point, supplementary electric heat is needed to maintain indoor comfort.

An outdoor temperature, usually between 30° F and 45° F, at which a heat pump's output exactly equals the heating needs of the home. Below the balance point, supplementary electric resistance heat is needed to maintain indoor comfort.

The lowest outdoor temperature at which the refrigeration cycle of a heat pump will supply the heating requirements without the aid of a supplementary heat source.

An outdoor temperature, usually between 30 degrees F and 45 degrees F at which a heat pump’s output exactly equals the heating needs of the house. Below the balance point, supplementary heat is required to maintain indoor comfort.

An outdoor temperature, usually between 30° F and 45° F, at which a heat pump’s output exactly equals the heating needs of the home. Below the balance point, supplementary electric heat is needed to m [..]

An outdoor temperature, usually between 30° F and 45° F, at which a heat pump's output exactly equals the heating needs of the home. Below the balance point, supplementary electric resistance [..]

Between 30 and 40 degrees, an outdoor temperature that equals the heating needs of the home without the need for supplemental electric resistance heat.

An outdoor temperature, usually between 30° F and 45° F, at which a heat pump's output exactly equals the heating needs of the home. Below the balance point, supplementary electric resistance heat is needed to maintain indoor comfort.

Occurs when the heat loss of a conditioned space equals the maximum heat supplied by the heat pump. For instance, if at 25° F outdoor temperature the heat pump were producing just enough heat to repla [..]

An outdoor temperature, usually between 30° F and 45° F, at which a heat pump’s output exactly equals the heating needs of the home. Below the balance point, supplementary electric heat is needed to m [..]

An outdoor temperature, usually between 30° F and 45° F, at which a heat pump’s output exactly equals the heating needs of the home. Below the balance point, supplementary electric heat is needed to maintain indoor comfort.

The center of mass of the racket, as measured from the bottom of the grip. The higher this number the more head-heavy the racket is. Typical balance point is around 300mm. Note that this is often quot [..]

Balance point is the outdoor temperature at which the amount of heating provided by an air source heat pump just equals the amount of heat lost from the house. Below this point, supplementary heat (ty [..]