Answer:
B and C
Explanation:
Both of them have to do with the ocean which was mentioned
Answer:
Target Behavior would be the behavior known to be changed, it can be defined by function or topography
The following statement which best justifies the inclusion of test tube v as a control in the experiment is that it will show the color change that occurs in the absence of enzyme activity and is denoted as option C.
<h3>What is an Enzyme?</h3>
This is referred to as a biological catalyst which is involved in the speeding up of the rate of a reaction by lowering the activation energy used to initiate the reaction.
Enzymes are known as proteinous in nature and are denatured by heat and other substances is included in the test tube v as a control in the experiment is that it will show the color change that occurs in the absence of enzyme activity.
This therefore helps to differentiate the enzymatic processes which takes place in a substance or body therefore making option C the correct choice.
Read more about Enzyme here brainly.com/question/1596855
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The options are:
- It will provide a measurement of amylase activity at an acidic pH.
- it will provide a measurement of amylase activity at a basic pH.
- It will show the color change that occurs in the absence of enzyme activity.
- it will show the color change that occurs in the absence of the amylase protein.
It will show the color change that occurs in the absence of enzyme activity.
Answer:
4.56 s
Explanation:
Let t (seconds) be the time it takes from the moment when the motorcycle starts to accelerate until it catches up with the car. Since prior to this they are traveling at constant speed, they would have maintained a distance of 52 m before accelerating.
The distance traveled by the car, with respect the motorcycle position when it start accelerating is
The distance traveled by the motorcycle after accelerating, with respect the motorcycle position when it start accelerating is
When the motorcycle catches up to the car, their position are at the same
Weight is mass x gravity, so you'd multiply the mass of the astronaut by the gravitational pull.
