Answer:
Answer: 2.5 minutes
Explanation:
Explanation: Divide the time by the amount of pages to find the amount of time spent of each page. (30/12=2.5)
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Answer:
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Answer:
HIII!!!
Explanation:
How does the weather caused by a warm front compare to the weather caused by a cold front? *
3 points
A warm front brings rapid changes in weather, but a cold front brings slow changes in weather
A warm front brings fog, but a cold front brings clouds that form dry air.
A warm front brings widespread cloud cover, but a cold front brings intense sun coverage
A warm front brings rain in humid air on occasion, but a cold front brings thunderstorms in summer
Answer:
D. A warm front brings rain in humid air on occasion, but a cold front brings thunderstorms in summer.
Explanation:
Weather can be defined as the atmospheric conditions of a particular area over a short period of time. Some examples of elements of weather includes clouds, precipitation, air pressure, wind, relative humidity, temperature etc.
In meteorology, precipitation is the end result of condensation of atmospheric water vapour falling under gravity from clouds. Precipitation is rain, snow, sleet, hail, drizzle, pellets, ice and graupel falling from the sky.
A warm front refers to the transition zone or boundary where a mass of cold air is being replaced by a mass of warm air.
On the other hand, cold front refers to the transition zone or boundary where a mass of warm air is being replaced by a mass of cold air
Generally, the weather caused by a warm front compare to the weather caused by a cold front based on the fact that, a warm front brings rain in humid air on occasion, but a cold front brings thunderstorms in summer.
D) A warm front brings rain on occasion, but a cold front brings thunderstorms in summer
Explanation:
A warm front brings gentle rain or light snow, followed by warmer, milder weather. Commonly, when the cold front is passing, winds become gusty; there is a sudden drop in temperature, and heavy rain, sometimes with hail, thunder, and lightning. Lifted warm air ahead of the front produces cumulus or cumulonimbus clouds and thunderstorms.
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What compares the number of events that occurred to the total number of possible events.
A. Probability
B. Hypothesis
C. Theory
D. Observation
Biodiversity and Humans: Question 5 Tasmanian devils are animals that live in Tasmania and Australia. Tasmanian devils almost went extinct in the 20th century. The existing devils come from very few individuals. What can we say about the Tasmanian devil population?
Answer:
Tasmanian devil population has very low genetic diversity
Explanation:
The species that have experienced recent drastic reductions in their population sizes tend to lose genetic diversity due to a process known as genetic drift (i.e., random fluctuations in allelic frequencies). Tasmanian devils represent a well-known case of this process. In this species, many gene variants (alleles) lost when this species reduced its population size during the 20th century. In consequence, the current population of Tasmanian devils has a very low genetic diversity, where individuals are almost genetically identical.
There are 22 different types of amino acids. what pat of each amino acid is different from the others
a) carboxyl group
b) amino group
c) side group
d) phosphate group
The less energy a wave has, the smaller its
The less energy a wave has, the smaller its amplitude.
In physics, waves are characterized by their amplitude, which is the maximum displacement of particles from their equilibrium position as the wave passes through a medium.
Amplitude is directly related to the energy carried by the wave. Waves with higher energy have larger amplitudes, whereas waves with lower energy have smaller amplitudes.
For example, in sound waves, higher amplitudes correspond to louder sounds with more energy, while lower amplitudes produce softer sounds with less energy.
In the context of electromagnetic waves, such as light, higher amplitudes represent brighter light with more energy, while lower amplitudes indicate dimmer light with less energy.
Know more about electromagnetic waves:
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It took 80,000 generations for people to utilize advanced tools such as spears and bows and
arrows. It took less than two generations for everyone to become proficient on the internet.
How can we account for this?
Answer:
Explanation:
Means to communicate accumulated knowledge from previous generations increases the speed that we can learn new things ✔ this is the correct answer I got it right on my Homework. Answer
Which of the following is the correct order in a food chain?
Words: producer, herbivores, omnivores , carnivores
Answer:
producer, herbivores, carnivores, omnivores
Explanation:
why does a chameleon have a broad niche? explain
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What is the formula of fermentation?
Is it glucose—-> carbon dioxide + ethanol or alcohol+ energy?
Answer:
C6H12O6 → 2 C2H5OH + 2 CO
Explanation:
Fermentation is the biochemical mechanism whereby, in the absence of oxygen or electron transport chain, organic molécules (normally glucose) can be converted into acid, gas and alcohol.
Ethanol Fermentation
GLUCOSE → 2 ETHANOL + 2 CARBON DIOXIDE
C6H12O6 → 2 C2H5OH + 2 CO2
To calculate the speed of wave, what two pieces of information do you need about the wave ?
help asap plz i’m being timed!!!
Answer:
Wave length x Wave frequency
Explanation:
The wave length is measured in meters X the wave frequency, measured in hertz (Hz)
Answer:
The speed of a wave is a property of the medium changing the speed actually requires a change in the medium itself. If the medium does not change as a wave travels, the wave speed is constant.
TO CALCULATE IT
Wave Speed Formula
Speed of the tsunami (meters/second) is equal to the square root of g (the acceleration due to gravity, which a constant 9.81 meters/second) times the water depth (d) at which the disturbance occurred (meters).