Answer:
Explanation:
the first one is 1 second is 3 third is 4 and the last one is 2
Answer:
<u>b. 22%</u>
Explanation:
In order to calculate the percent of calories coming from sugar, it is necessary to know that
- <u>1 g of sugar provides 4 calories.</u>
It is provided in the question that,
- There are <u>13 grams of sugar in one serving of granola cereal box.</u>
- There are <u>240 calories in one serving of granola cereal box</u>.
Calculating the calories coming from sugar,
<u>13 x 4= 52 calories</u>
Hence, calculating the percent of calories coming from sugar,
x100 = 21.6% approximated to 22%
<u>Therefore, 22% of calories come from sugar in a serving of granola cereal box.</u>
Explanation:
Regular activities can be said to be as any movement of the body that requires the use of energy. This includes all forms of physical education like dancing, sports, etc.
Answer:
2no(g)+ci2(g)-2noci(g) he performs three experiments using different concentrations and measures the initial reaction rate experiment / [ci2](mol/l) / [no](mol/l) / initial rate ((mol/l)/s) 1,2,3 / 0.3, 0.3, 0.6 / 0.4, 0.8, 0.8 / 0.02, 0.08, 0.16 a. which two experiments should you compare to find the rate order of ci2? b. what is the rate order of ci2? c. which two experiments should you compare to find the rate order of no? d. what is the rate order of no? e. what is the overall reaction order of this reaction? f. write the rate law. g. solve for k
A soft tissue injury may require first aid. One treatment method is known as RICE, which stands for rest, ice, compression, and elevation.
<h3>What is compression?</h3>
Compression in mechanics refers to the application of evenly distributed inward ("pressing") forces to various places on a material or structure. These forces have no net sum or torque and are intended to diminish the size of the object in one or more directions. It is in contrast to shearing forces, which are aimed to shift layers of the material that are parallel to each other, and tension or traction, which applies balanced outward ("pushing") pressures. A crucial engineering factor is the compressive strength of materials and structures.
When an object is compressed uniaxially, forces are applied only in one direction, acting to shorten the object's length in that direction.
To learn more about compression from the given link:
brainly.com/question/17266589
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