The front elevation of a solid is the view of it from the front.

The side elevation of a solid is the view of it from the side.

The area is the size of the surface and states the number of unit squares needed to completely cover that surface.

Construction

Maths

Maths in the workplace

$$Q = A \times v$$ where $$Q$$ is the flow rate, $$A$$ is the flow area and $$v$$ is the velocity. If the flow rate is 36 m$$^3$$ and the velocity is 10 m/s, what is the flow area in m$$^2$$?

BTU = volume of room $$\times$$ allowance for heat loss. Calculate the BTU for a bedroom with dimensions 3 m by 3 m by 5 m.

BTU = volume of room $$\times$$ allowance for heat loss. If I want to buy one radiator for my bedroom (dimension 3 m by 3 m by 5 m), which one should I buy?

BTU = volume of room $$\times$$ allowance for heat loss. If I want to buy two radiators for my bedroom (dimension 3 m by 3 m by 5 m), which ones should I buy?

The front {{}} of a solid is the view of it from the front.

The {{}} elevation of a solid is the view of it from the side.

The area is the size of the surface and states the number of unit {{}} needed to completely cover that surface.

The formula for the area of a rectangle is $$ab$$. When $$a$$ = 3 cm and $$b$$ = 4 cm, what is the area of the rectangle in cm$$^2$$? (You do not need to state the units.)

The formula for the area of a trapezium is $$0.5(a+b)h$$. When $$a$$ = 3 cm, $$b$$ = 4 cm and $$h$$ = 10, what is the area of the trapezium in cm$$^2$$? (You do not need to state the units.)

Assuming the cost is proportional, if 12 planks of wood cost £30.60, what do five planks cost?

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