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I hope there is a double "L" on that name. C.G.Bonehill was a manufacturer in Birmingham, England, 1872-1965. If there really is only one "L", then your gun is probably a Belgian knockoff. Either way, its value will be directly related to how well it looks over the mantle, usually around $125-$150. Maybe a bit more since it is marked with the maker's name instead of a store brand.
What else can I help you with?
What is the value of Noble 602 G 20 gauge shotgun?
pump gun how old is it
How much is an old C G bonehill shotgun worth?
No more than 100 USD
What is the value of a Remington 870 12 g magnum Mississippi shotgun?
100-400 USD
What is the value of a 1992 Browning A 500-G shotgun in excellent condition?
0-550 uSD
What is the value of a 1924 Browning 12 g automatic shotgun?
No way to answer without the sn and a detailed description.
What is the age and value of a Western Field 12 gauge shotgun?
Western field 12 gauge single shot shotgun serial #82719 x G...age and value/
What is the value of a J Manton and Co 10 g double barrel hammered shotgun?
50-100 USD
What is the value of a 410 g shotgun model 10125?
Bolt action made by Savage/Stevens. $75-$125.
What is the value of a 12 g special steel Browning shotgun serial?
50-5000 USD depending on specifics.
What would be the value of a Lefever Arms Co. 16 g serial number 222XXX Shotgun?
You need the services of an appraiser
State and prove second mean-value theorem for Riemann-integrals?
The Second Mean Value Theorem for Riemann integrals states that if ( f ) and ( g ) are continuous functions on the closed interval ([a, b]) and ( g ) is non-negative and integrable, then there exists a point ( c \in [a, b] ) such that: [ \int_a^b f(x) g(x) , dx = f(c) \int_a^b g(x) , dx. ] Proof: Define ( G(x) = \int_a^x g(t) , dt ). Since ( g ) is continuous, ( G ) is differentiable and ( G(a) = 0 ). By applying the Mean Value Theorem to ( G ) over ([a, b]), we find a ( c \in [a, b] ) such that: [ G(b) = G'(c)(b - a) = g(c)(b - a). ] Thus, we have: [ \int_a^b g(x) , dx = G(b) = g(c)(b - a), ] which leads to the conclusion that: [ \int_a^b f(x) g(x) , dx = f(c) \int_a^b g(x) , dx. ]
What is the value of browning belgium under over shotgun 2994 G 1931-39?
100-10000 USD depending on specifics
