True
To calculate the percent increase, subtract the original value from the new value, then divide by the original value and multiply by 100. The calculation is: ((30.3 - 20.5) / 20.5 \times 100), which equals approximately (47.8%). Rounding to the nearest whole percent, the percent increase is (48%).
To find the percent increase in the time Brooklyn can jog, subtract the original time from the new time: 15 minutes - 8 minutes = 7 minutes. Then, divide the increase by the original time: 7 minutes / 8 minutes = 0.875. Finally, multiply by 100 to convert to a percentage: 0.875 × 100 = 87.5%. Therefore, the percent increase in her jogging time is 87.5%.
The original cost is c, so we have: c + 35%(c) = 670 Change the percent to a decimal. ANd plain c is 1c, so we have: 1c + .35c = 670 --> 1.35c = 670 Divide both sides by 1.35
That's 28 percent wrong. When your math improves, you'll be able to figure out that it also means 72 percent correct.
For example, a 10% decrease is equivalent to multiplying the original number by the factor 0.9. This is equal to (100-10)/100. In general, reducing something by a factor of "x" percent is equivalent to multiplying by a factor of (100-x)/100. Note that with some practice, you should be able to do all the calculations in your head, at least for a whole-number percentage.For an increase, change the minus to a plus - that's all.
True.
False
Surgeons don't remove half of a kidney, so you must mean can someone live with a half-functioning kidney. Yes, a person can live with one kidney only functioning at half capacity. The other kidney picks up the workload. However, if the other kidney begins failing, the person will need dialysis to live.
Yes
Yes
true
If you cut off 80% of your liver, it will continue to work. after 2-3 months, you would find the whole liver intact as it was before cutting. scientists have found out that the liver really grows. so,the liver is called the chemical factory of the human body.
You die a really slow and painful death. The liver is a really vulnerable organ. Of course, if you're lead to the closest emergency services before that, they probably can help you in no time: the liver is also famous for being able to regenerate itself really quickly, with the same properties as a lizards tail.
It is doubtful that the Giant Pacific octopus can regenerate it's arms. After 15 years of observations, none of the octopus that had fewer than 8 arms were able to regenerate. William Hanshumaker Hatfield Marine Science Center Oregon State University
To calculate the percent increase, subtract the original value from the new value, then divide by the original value and multiply by 100. The calculation is: ((30.3 - 20.5) / 20.5 \times 100), which equals approximately (47.8%). Rounding to the nearest whole percent, the percent increase is (48%).
Yeah.
Planarian worms have the ability to regenerate into two new worms if cut in half because of their amazing regenerative capabilities. Each half is able to regenerate the missing parts, resulting in two separate worms.