Heapsort(A) { BuildHeap(A) for i <- length(A) downto 2 { exchange A[1] <-> A[i] heapsize <- heapsize -1 Heapify(A, 1) } BuildHeap(A) { heapsize <- length(A) for i <- floor( length/2 ) downto 1 Heapify(A, i) } Heapify(A, i) { le <- left(i) ri <- right(i) if (le<=heapsize) and (A[le]>A[i]) largest <- le else largest <- i if (ri<=heapsize) and (A[ri]>A[largest]) largest <- ri if (largest != i) { exchange A[i] <-> A[largest] Heapify(A, largest) } }
The calories that are being burned.
The insulation resistance remains the same throughout the entire length of the conductor.
Decreasing the blade length will increase the rotation speed, and thus the turbine speed ( for constant wind speed ).
A torque multiplier increases the torque by increasing the length from which a bolt or nut is turned. This process is referred to as "mechanical advantage."
Heapsort(A) { BuildHeap(A) for i <- length(A) downto 2 { exchange A[1] <-> A[i] heapsize <- heapsize -1 Heapify(A, 1) } BuildHeap(A) { heapsize <- length(A) for i <- floor( length/2 ) downto 1 Heapify(A, i) } Heapify(A, i) { le <- left(i) ri <- right(i) if (le<=heapsize) and (A[le]>A[i]) largest <- le else largest <- i if (ri<=heapsize) and (A[ri]>A[largest]) largest <- ri if (largest != i) { exchange A[i] <-> A[largest] Heapify(A, largest) } }
Length is measured in time. So, you are increasing the time of the workout.
The magnification of a telescope M is the the focal length of the objective Fo over the focal length of the eyepiece Fe so increasing the focal length of the objective increases the magnification. The magnification of a microscope M is approximately tube length L/Fo x 25/Fe. Therefore increasing the focal length of the objective reduces the magnification.
If Length * Width = Area, then Area ÷ width = Length
The calories that are being burned.
There can be no answer since increasing the length of a side by 1 unit would increase the area. The process of increasing the length of a side can go on for ever.
With a ruler
The insulation resistance remains the same throughout the entire length of the conductor.
Increasing the length of a ramp does not change the mechanical advantage, as mechanical advantage depends on the ratio of the output force to the input force. The length of the ramp affects the distance over which the force is applied, but not the mechanical advantage itself.
length?
Running feet isn't really an area measurement, it's a length measurement. To get square feet, you have to multiply length by width.
Leg length can affect running speed by influencing stride length, which is the distance covered with each step. Longer legs can potentially lead to a longer stride length, allowing for greater speed. However, factors such as stride frequency, muscle strength, and technique also play important roles in determining running speed.