Because the area is equal to half the base times height.
Suppose you start of with a triangle with base = B cm and height = H cm.
Its area = 1/2*B*H cm2.
You then double the base to 2B cm and halve the height to H/2 cm and tis gives the new area = 1/2*(2B)*(H/2) = 1/2*B*H cm2, as before.
The potential energy remains constant as a pin is juggled, assuming the height and speed of the pin remain relatively consistent. This is because potential energy is dependent on the height of an object above the ground, and as the pin is tossed and caught, its height relative to the ground remains roughly constant.
40 years
If the base length b and the top length a remain the same, then the area will double if the height his doubled.Area = ((a+b) x h ) / 2Please note that a trapezoid has the top a and base b parallel.
The gravitational potential energy of an object increases as its height increases, given that other variables like mass and gravity remain constant. This is because the higher the object is lifted, the greater the potential energy it possesses due to its position in a gravitational field.
No but if you replace a constant with a function it will remain a formula
In the first case, the area will remain the same. In the second case, the area will doubled.
pressure did not remain constant or if the amount of gas did not remain constant.
spelling is more likely to remain constant than pronunciation.
Composition would remain constant.
Yes, it remains fairly constant.
Composition would remain constant.
Composition would remain constant.