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Hi, I need to do my formal lab report for BES 108 lab. This is about the Mycorrhizal Association experiment we did in our lab. We got quantitative measurements of shoot length for plants from differen
Hi,
I need to do my formal lab report for BES 108 lab. This is about the Mycorrhizal Association experiment we did in our lab. We got quantitative measurements of shoot length for plants from different treatment. I attached that table here. We need to calculate Means, Variance, and Standard Deviation from that table. You have to use exel sheet for that. And we have to do the t - test also from that table. You should create a null hypothesis and alternative hypothesis for this. null hypothesis- Using fungi is for plant growth is significantly effected. Alternative hypothesis- Using fungi is for plant growth is not effected. You have to calculate the t- test also from that table. Finally you have to compare the calculated test statistics to the critical value and indicate whether the null hypothesis is rejected or sustained and talk about this in discussion part. I will attached the formal lab report guidelines and the data table . And I will attached the lab manual also if you need to get a idea. Please don’t do the plagiarism and please go through the guidelines .
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https://www.mediafire.com/view/yrpyeaqurj6vlhq/51506EEE-CF82-43A7-A0FE-3A13AF3A8171.png/file
please use the CSE Name Year format for intext citations and reference please
I will put the link here for my lab manual for further use
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***************** ** Rhizophagus intraradices ** *** **** GrowthStudent ******************* ********** Name *** ****************** NameDate The Effects ** mycorrhizal ****** associations on *** ****** of Zea **** ***************** *** ** *** **** ********* ***** ** the ***** ** ******* ******* on ********** ********** ***** **** greatly ******* *** ***** ************* spike length spike *** weight *** ********** ** *** **** ******* ** ******* ******* ******** ** *** ******** ************ ******* the *********** ** **** ** *********** intraradices *** *** plant *********** involved In **** ********** we ***** *** **** ****** association ******** in ********* ***** mass ** *** Zea **** ********* ** **** ** an ********* ****** ** ************ *** ****** ******* ********************** widespread mutualistic *********** ******* arbuscular mycorrhizal (AM) ***** *** most **** ****** including ************** ******** ******* such ** *** mays (Bona ** ** ***** **** the *********** ***** ** ********* *** ****** ***** ********** ** ******* ****** *** ******** cells which *** ** the **** **** *** ******** ******** ******* *** ***** and *** ****** ** addition the ****** improves *** ********** ******* of *** plant’s **** ****** ** developing ** ********* ************ ********* ********* ** ** ***** The ******* of *** ************ ** ****** *********** ** by *** benefits **** **** parties gain **** the ************ such ** ******* ********* *** ***** *** *** ***** *** ************** for the ****** ***** ** ** 2016)1In this experiment * *********** that the ******* ****** in ***** ** ***** and **** ****** as **** as branching **** ** ************* ******** ** *** *********** **** *** mycorrhizal fungus Plant physiology and plant ********* *** both ******** ********** ** *** symbiosis ******* *** ****** and *** plant and ** * *********** **** to ******** **** quality and enhanced yield in strawberry ****** increased *** collection of ********** *********** and *********** ** red and ***** **** ******** ******** ** ** ***** **** studies figured that ** ***** ******* impacted some plant ****** ********* ****** ******** ************** ********** ** ***** *** energy ********** ** ****** ********* ** **** ** al **** *** symbiosis between *** mays *** *********** ******** ***** ****** ********** *** weight ** the ***** spike dry weight and ***** ************** predict that *** **** **** with the *** mays deprived of ****** *********** ************ ***** have ******* shoots fewer ***** ********** *** shorter primary roots * also ******* **** the **** **** **** *** *** **** provided **** ****** *********** ************ ******** group) ***** **** longer shoots more ***** ********** and ****** ******* roots ********* ** ** ******** **** aim of **** ***** ** ** ****** *** ******* *** *********** of *** ****** *********** ************ *** *** **** has *********** effects ** *** plant’s ****** ******** ** ** 2007) *** study also **** to ***** that *** ********* between Rhizophagus intraradices *** *** **** ** essential to the ****** germination ** *** ********* *** *** ****** of the ******* root The ******* ** *** ***** *** **** ********* in ************* plant *************** **** mays ** has ****** *********** *********** *** ******** value because ** *** **** starch content ****** ** *** ** *** most important ***** ** *** world Industries **** ************ ****** *********** ******** textiles *** ******* ********** *** *** ********** *** knowledge garnered **** **** ******** ** ********* ** **** ***** research ** ******** ********* et ** ***** *** insight of **** research ***** also be ******* ** **** people ****** **** ******** harvest **** ********* ***** *** help ** ****** more ***** ******** **** *** (Bona ** ** **************** **** ** ********* **** ****** ****** ** *********** ************ *** *** control ***** each **** *** ****** * cm ***** *** aligned ** *** ********* on *** plate **** ** ***** ** *** sample size **** **** **** increased levels ** Rhizophagus ************ was *** experimental ***** **** **** *** placed * cm apart *** aligned to the gridlines ** *** ***** with ** ***** ** *** ****** **** *** ***** *** **** *********** ** *** first * ***** of *** ** ********* ********* *** ******* ****** **** ******** **** * ***** of ** ***** ******** *** ****** do **** ****** ** Zea mays ***** **** *** agar **** **** ****** ****** ** *********** ************ ******** group) insert another 10 *** **** ***** into ******* **** **** **** ********* levels of Rhizophagus ************ (experimental ****** ********* *** ********** using paraffin ****** *** ***** *** ***** ** **** for * weeks Measure *** ******* *********** in shoot *** **** lengths and ********** ********* ***** *** * ***** After *** data is ********* * ********** ****** is conducted to ********* the *********** significance ***** ** the differences in *** ***** ********** ** *** ********************** ****** ********* **** the *********** ********* in the ********* ****** ** *********** ************ (experimental group) developed ****** ****** ** **** ** longer ******* ***** **** more ******** ********* *** ********* in the ************ group **** *** a ****** *********** **** ** the other **** *** control group **** low ****** of *********** ************ indicated ******* growth in *** the systems *** ******* * lateral **** system ******* of * ******* **** systemQuantitative dataThe experimental ***** showed * 100% *********** rate **** ** ******* ** 91 * ** ***** ***** **** ***** *** ******* ***** **** ****** a **** *********** **** but **** 709 g ***** fresh *************** Treatment(+M) Treatment175952921033861234787852491686977671834629931151071103Variance489893798Mean70991SD ********************************* *********** *********** ************ *********** **** *** significantly ****** the ****** of *** **** **************** *********** Rhizophagus intraradices *********** ************* influences *** growth ** *** **** ******* - * **** ******** ********** = (709-91)/ ***************** ******************** ***** √04898899998+03797999999t= ****************** ************** (10-1) + ****** * **** ** *************** ***** ** 005 *** ******** value of * ** **** Since the absolute ***** ** the **** statistic ******* *** ******** value *** **** hypothesis ** ******** *** *** alternative ********** accepted ********* *********** intraradices association ************* influences *** growth of *** **** ******** **** ** **** ********* ** **** *** **** of **** ********* ** *** and the difference between *** two means is *** *** variance of (-M) ********* is ***** *** the ******** of **** ********* ** 3789 with * ********** ** ******************************************** t-valueShoot ********************************************************** ********** results support ** ********** **** *********** intraradices *********** significantly ********** the ****** of Zea **** ***** As **** *** ********* ***** ** ** ******** ** 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********* ************ to *** ***** ***** ** employed by ********* ** ************ ***** ******* *** association **** *********** intraradices ** *** ** * clear *********** ** *** *********** ** growth ** ******** *** experiment could be ********* for * ****** ****** ** ***** *** ***** ************ ** growth differences The ***** time ***** ******* clear observations ** *** **** ****** by ********** * more ********* lateral **** system in *** ************ *********** *********** **** *********** ************ ******** *** ******* ****** ** *** *** **** ***** further *********** ****** ** ********* ** ****** *** *** ******* ***** ** *********** ************ ****** ** ******** *** growth ** *** seeds Optimal ***** ** *********** ************ needed to ******** crop ***** ****** **** be studied to aid ******* ******* **** ********************* ********** *********** ************ **** * ******** influence ** the ****** of *** mays *** *** an essential ********* ** ***** growth *** ******* 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