Bigger sails can handle the waves of the ocean well than the smaller vessels and bigger sails has bigger engines on them giving them more power and stability in the ocean
Big sails can catch more wind than small sails, allowing them to generate greater force and propel the boat faster. The increased surface area of larger sails enables them to harness more wind energy, especially in moderate to strong winds. Additionally, larger sails can help maintain speed in lighter winds by maximizing the available wind force, making them generally more efficient for achieving higher speeds.
This is due to surface area, size/volume and compactment. The smaller plate heats faster because it has a lowwer volume and size than the big plate, which makes it posses a smaller surface area and also in a smaller compactment. This allows heat to flow through the smaller plate and covering its entire mass in a shorter time than it does in the big plate, making the smaller plate heat up faster and sooner.
Small particles weather faster than larger particles because they have a smaller surface area. For example, pebbles weather faster than boulders because the have less areas to cover.
Yes, bigger bubbles reach the ground sooner than smaller bubbles do.
I think that big robots because they make bigger steps than the smaller robots...;)
They had smaller, faster ships that were a big advantage rather than Spain's ships.
in a two handed sailing dinghy, the big sail is called the 'mailsail' and the smaller sail out the front is called a 'gib'
No. Bigger wheels roll slower than smaller wheels. They roll slower because they have a larger circumference and they take longer to roll. Smaller wheels have a smaller circumference meaning they go faster.
Does a big wheel go faster than a little wheel?
so that they cook uniformly. smaller pieces will cook faster than big pieces
Yes, the Big Bang was faster than light. During the initial expansion of the universe, the rate of expansion was faster than the speed of light.
In general, smaller pieces react faster than larger pieces because they have a larger surface area for reactions to occur. This increased surface area allows for more interactions between the reactants, leading to a faster rate of reaction.