The rate of growth and, unless the relationship is exponential, the frequency of each growth cycle.
Too much, or too little: 1- Sunshine 2- Rain 3- soil fertilizer
The two main reasons are (1) the collision is inelastic and (2) friction. Both these factors reduce the ball's energy.
The maximum speed that a vessel will achieve relative to ground is its own maximum speed through water plus the speed of the the moving water downstream.
Decrease = Before - After = 9.82 - 9.71Relative decrease = Decrease/Before = (9.82 - 9.71)/9.82Percentage decrease = 100*Relative decrease = 100*(9.82 - 9.71)/9.82= 1.12% approx.Decrease = Before - After = 9.82 - 9.71Relative decrease = Decrease/Before = (9.82 - 9.71)/9.82Percentage decrease = 100*Relative decrease = 100*(9.82 - 9.71)/9.82= 1.12% approx.Decrease = Before - After = 9.82 - 9.71Relative decrease = Decrease/Before = (9.82 - 9.71)/9.82Percentage decrease = 100*Relative decrease = 100*(9.82 - 9.71)/9.82= 1.12% approx.Decrease = Before - After = 9.82 - 9.71Relative decrease = Decrease/Before = (9.82 - 9.71)/9.82Percentage decrease = 100*Relative decrease = 100*(9.82 - 9.71)/9.82= 1.12% approx.
erosion :P
Decrease. The source of the river is usually in a mountainous area with a steep gradient.
Fine silt and mud are carried further downstream than heavier rocks and gravel. Which often results in muddy banks at the river mouth.
No, it increases as there is more water in the channel.
what is the factors that may cause a decrease in the demand of ice-cream
The size of the bedload decreases and its roundness increases as you travel downstream due to attrition and abrasion processes. As particles get transported downstream, they collide with each other and the streambed, leading to fragmentation and rounding of the particles over time. This results in smaller and rounder particles being carried further downstream.
A stream's velocity typically increases downstream due to the accumulation of water volume and slope gradient. This leads to higher flow rates and faster-moving water.
As pebbles are transported downstream by the flowing water, they collide with each other and with other debris, causing them to break into smaller fragments. This process is known as attrition and leads to the gradual decrease in pebble size as they travel downstream. Additionally, smaller pebbles are also more easily carried by the current, allowing them to be transported further downstream.
Identify and contrast factors likely to increase or decrease maximal muscular performance.
There are various factors which might decrease urine output. For example, if a person is dehydrated then they will urinate less.
Factors that can increase BMR are food and decrease it is the lack of food. You're welcome for the answer :D
It doesn't decrease, it increases. It only apears to decrease because the lower course of a river is smoother. Because of waterfalls etc in the upper course, it appears to be going quicker when actually obstructions, although creating a splash, decrease spped.