The area changes by the square of the same factor.
The perimeter, being a linear measure, also changes by a factor of 3.
The surface area is reduced by a factor 4, the volume by a factor 8.
If it is a 2-dimensional figure then it is proportional.
The squared area of the box, from the question itself, is 61 square inches. Scaling up the linear dimensions by a factor of 10 will make the area 6100 square inches.
The absolute value of the perimeter doesn't change, only the unit value which increases by a factor of 3.
Volume = area circular end × height = πR²H units³ Surface area = 2 × area of circular end + area of curved side = 2πR² + 2πRH units² = 2πR(R + H) units² If lengths are changed by a scale factor of n, areas are changed by a scale factor of n² and volumes are changed by a scale factor of n³. If the dimensions are tripled, the new volume is 3³πR²H units³ = 27πR²H units³ The new surface area is 3²×2πR(R + H) units² = 18πR(R + H) units²
The perimeter, being a linear measure, also changes by a factor of 3.
The surface area is reduced by a factor 4, the volume by a factor 8.
If linear dimensions are increased by a certain factor, the volume will increase by that same factor, raised to the third power - so, in this case, 3 to the power 3.
The surface area increase by a factor of 49.
If it is a 2-dimensional figure then it is proportional.
Nothing. The cylinder's surface area does not have a GCF.
if all 3 dimensions increase b factor of 7 then volume changes by 7 cubed or a factor of 343
The squared area of the box, from the question itself, is 61 square inches. Scaling up the linear dimensions by a factor of 10 will make the area 6100 square inches.
The absolute value of the perimeter doesn't change, only the unit value which increases by a factor of 3.
the factor an experiment that is changed on purpose
Any area is proportional to the square of its linear dimensions. So, in order to triple the surface area of a cone, you would have to multiply its radius and height each by sqrt(3) = 1.732 (rounded). It could be done by increasing only the radius, or only the height, but then the proper factor would depend on the other dimension that isn't being changed.